Simple Harmonic Motion(SHM) - Velocity and Acceleration Equation Derivations

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  • Опубликовано: 5 сен 2024

Комментарии • 34

  • @damiondollar628
    @damiondollar628 6 лет назад +25

    Physics just keeps giving me more and more that I don’t know, which is why I like it

  • @samarthrao8051
    @samarthrao8051 2 года назад +2

    this is the best representation of SHM truely

  • @srinivasadireddi
    @srinivasadireddi 3 года назад +3

    Hands down, you are so kind and talented! It's engaging, illuminating, fun and so informative. So amazing!

  • @solshinez
    @solshinez 5 лет назад +8

    aaaahhh i love this channel so much!! they even provide lecture notes! thank you so much (again sjsksjs)

    • @FlippingPhysics
      @FlippingPhysics  5 лет назад

      You are welcome for the lecture notes. Glad you found them!

  • @dimlighty
    @dimlighty 2 года назад +2

    There's so much effort put in this video. Great video! Thanks.

  • @mazardeen10
    @mazardeen10 5 месяцев назад

    Wondering how much effort this guy made for making these videos 😮

    • @FlippingPhysics
      @FlippingPhysics  5 месяцев назад

      Wonder no longer!!
      www.flippingphysics.com/making-a-video.html

  • @yasso99991
    @yasso99991 4 года назад +4

    Well explained!

  • @orangeinfotainment620
    @orangeinfotainment620 6 месяцев назад

    THank you so much!

  • @KenFuzion
    @KenFuzion 5 лет назад +1

    What if there was an e^((-bt)/2m) next to the Amplitude?

  • @andrewjustin256
    @andrewjustin256 Год назад +1

    Would someone please divulge the fact how the d(wt + fi)/ dt is just omega?

    • @FlippingPhysics
      @FlippingPhysics  Год назад +1

      Angular velocity and phase constant are constants. That's like asking "why does d(2x + 3)/dx = 2?"

    • @andrewjustin256
      @andrewjustin256 Год назад

      @@FlippingPhysics Omega and fi are constant so they come out of derivative and then it is time that is left? Then time and fi get vanished. Please walk me through; I am just the beginner in calculus!!

    • @FlippingPhysics
      @FlippingPhysics  Год назад

      This should help: www.flippingphysics.com/derivative.html

  • @Rahul.gupta___77
    @Rahul.gupta___77 4 года назад +1

    This is genius

  • @jusme8811
    @jusme8811 2 года назад

    thx for the video it was really helpful

  • @NeonArtzMotionDesigns
    @NeonArtzMotionDesigns 6 лет назад

    Well thx for explaining the calculus explanation for derivitive even tho I'm set to take calculus next year

  • @ShivamGupta-qh8go
    @ShivamGupta-qh8go 2 года назад

    what is meant by ap physics?

  • @kimberlyann1022
    @kimberlyann1022 3 года назад

    10,000th viewer. I earned it.

  • @NeonArtzMotionDesigns
    @NeonArtzMotionDesigns 6 лет назад +3

    Lol i think i derived stuff like this on the AP exam

  • @Potalistik
    @Potalistik Год назад

    😅😅 the middle you really had me laughing

  • @anurag172
    @anurag172 3 года назад

    👍👍👍👍👍🙏🙏🎉🔥❤️❤️😎😀😂❤️❤️❤️❤️❤️I have no words ❤️

  • @dr.parthasarathikhuntia9939
    @dr.parthasarathikhuntia9939 4 года назад

    Do not be so fast.

  • @Celtics-x4w
    @Celtics-x4w 9 месяцев назад

    Is there another video you have on angular frequency? I am confused..
    Is it just the normal frequency, but instead of 1 cycle, it’s 2pi radians times the normal frequency?

    • @FlippingPhysics
      @FlippingPhysics  9 месяцев назад

      Honestly, it really helps to understand calculus to better understand angular frequency.
      www.flippingphysics.com/SHM-derivation-mass-spring.html
      But, yes, angular frequency is essentially two pi times frequency. ω = 2πf

  • @decievedbeans
    @decievedbeans 4 года назад +1

    This is genius