Statics: Using Double Projection method to break a 3D vector into xyz components

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  • Опубликовано: 12 сен 2024
  • Walks you through how to break a 3D vector down into it's x,y, and z comp using the "Double Projection" method.
    Make sure at the end, you manually put the correct signs on your components. In this case, I forgot that the y component is pointing in the negative y direction, and thus should be a negative "j-hat" component
    Note that the equation "A=..." is the general equation for double projection. Do not associate it with the example problem above it

Комментарии • 19

  • @sahibhara7611
    @sahibhara7611 7 месяцев назад

    First video that genuinely helped me understand this. Thank you so much!

  • @catherineblandon6021
    @catherineblandon6021 2 года назад

    Thank you so much I have been stuck on this for a while. What a relief!

    • @eng1048
      @eng1048  2 года назад

      Glad it helped!

  • @ghayaalshamsi4102
    @ghayaalshamsi4102 Год назад

    LIFE SAVER, THANK YOU!

  • @tristenwhite1174
    @tristenwhite1174 3 года назад +1

    Much appreciated, thank you!

    • @eng1048
      @eng1048  2 года назад

      You're welcome!

  • @talhajat3301
    @talhajat3301 3 года назад +1

    holy fuck I finally got it

    • @eng1048
      @eng1048  2 года назад

      excellent. bro fist dat shit

  • @WillTheRex
    @WillTheRex Год назад

    Thanks man this helped a lot

    • @WillTheRex
      @WillTheRex Год назад

      However wouldn’t the y component be negative? Since it’s direction is opposite of the pos y axis

    • @eng1048
      @eng1048  Год назад

      see the video description

  • @onlygaming8106
    @onlygaming8106 3 года назад

    Thankss mate you solved my problem

    • @eng1048
      @eng1048  2 года назад

      Bloody hell no problem lad

  • @userutoob7
    @userutoob7 2 года назад

    In the formula that starts "A = " shouldn't the coefficient of the k unit vector be sin phi (instead of cos phi)?

    • @eng1048
      @eng1048  2 года назад

      That equation is snipped from the textbook, the figure that it describes is not shown in the video. Do not associate the equation with the figure above it. Thanks for spotting that!

  • @La_Tabda
    @La_Tabda 2 года назад

    sorry to necro but im pretty sure the j component is supposed to be -44.5, other wise great vid and i agree with you 100%, no reason to memorize that formula

    • @eng1048
      @eng1048  2 года назад

      yeppers looks like i've already got a note about that one in the vid description (it's where i put all the corrections for my vids) Thanks tho my guy!

  • @beatboxersleepingman
    @beatboxersleepingman 4 года назад +1

    thanks for this!

    • @eng1048
      @eng1048  4 года назад

      No problem :)