Pascal's Principle, Equilibrium, and Why Fluids Flow | Doc Physics

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  • Опубликовано: 19 ноя 2024

Комментарии • 27

  • @RandyAndyShow
    @RandyAndyShow 9 лет назад +6

    no dislikes. BEST PHYSICS TEACHER EVER!

  • @mahasamud114
    @mahasamud114 11 лет назад +2

    I seriously have no clue why you don't have more views.

  • @christinac1195
    @christinac1195 7 лет назад +7

    i love the "GOOD BYE!" at the end hahaha

  • @acidwastebottles
    @acidwastebottles 9 лет назад +25

    "what about guys that play saxophone in front of a stadium?"

  • @TheAInfinity
    @TheAInfinity 10 лет назад +14

    Yeah, what about guys that play saxophones in front of the stadium?

  • @TheWorldBelow360
    @TheWorldBelow360 Год назад

    Did he just say “equilabrate”? I have never heard of this. I shall use this. I thought you all should know. Just so I don’t get accused of some sort of plagiarism later, bc with certain scientific audiences, that can make all the difference. Great explanation btw.

  • @fizzy2o11
    @fizzy2o11 10 лет назад +2

    Love your video's doc, I had a quick question. I was just wondering at what point of the tube are you measuring the pressure (on the right and left). Is it at h=0 or right at the bottom of the tube on each side ? Because if its the latter I can't seem to understand why are we not considering the additional thick fluid on the right hand side below the light fluid ? Hope the question is clear enough !

  • @nadeemzzz5599
    @nadeemzzz5599 2 года назад

    Wanted to have your view on this issue : Do you have any idea of how the pressure of fluid changes during the lifting process of the hydraulic jack. My idea is that : pressure of fluid in the hydraulic jack mostly depends on the weight of the car. I mean, I can apply 1 million newton on the left side but pressure of fluid inside the hydraulic jack will still remain the same. Pressure of fluid will mostly depend on the weight of the car; applying a greater force will simply make the car move quickly upwards rather than increasing the fluid pressure. Thanks if you could give me your opinion on that subject matter.

  • @saimeghana2261
    @saimeghana2261 9 лет назад +5

    That's a cool way to draw a bicycle!! :)

  • @voxivoid
    @voxivoid 11 лет назад +1

    great videos man!

  • @Life-jq4bj
    @Life-jq4bj 7 лет назад

    you are awesome man.... nicely done .😎😎☺

  • @idarmistorres3156
    @idarmistorres3156 9 лет назад +4

    I LOVE YOUUUUUUU!!!!!

  • @jassahib
    @jassahib 8 лет назад

    Very good, thanks!

  • @fatmah-1053
    @fatmah-1053 10 лет назад

    Thank you so much!!

  • @rede_neural
    @rede_neural 2 года назад

    Isn't this a little weird? There's more water on top in the right side, so it's making more force downwards, why does the water goes to the left if the force is being downwards? This wouldn't happen with a solid, why? Does molecules in the bottom have a higher momentum than on the top? That's why they push harder sideways when there is more weight on top of them?

  • @unique518
    @unique518 7 лет назад

    you are the best

  • @craq47
    @craq47 7 лет назад

    I think your "other way of looking at this" from 5:25 is actually misleading. The pressure depends only on the height, not the mass or volume.

  • @HeedyeKoren
    @HeedyeKoren 5 лет назад

    Noisy background:(((((

  • @sereiwathnaros1120
    @sereiwathnaros1120 8 лет назад

  • @florintache604
    @florintache604 9 лет назад

    Misspelled 'Pascal'

    • @DocSchuster
      @DocSchuster  9 лет назад +1

      +Florin Tache WOW. I'm the idiot of the week! (and how did 6900 people not notice?) Thank you kindly.

    • @florintache604
      @florintache604 9 лет назад +5

      You're nowhere near an idiot, and I didn't bring it up to offend anyone. I think you are awesome, not idiot :)

  • @gollavillihari2516
    @gollavillihari2516 7 лет назад

    dhullagottavura