Direct and inverse variation models [IB Maths AI SL/HL]

Поделиться
HTML-код
  • Опубликовано: 18 сен 2024
  • Are you preparing for your IB maths exams? We've got you covered! OSC Study features exams created by IB experts in mathematics, showing you every step of every solution. Try it out for free here: app.oscstudy.com/
    We're so excited to be able to share our exams with you!
    Cheers, Mitch

Комментарии • 10

  • @toufikalzabn1445
    @toufikalzabn1445 Год назад +2

    A quick question, is this topic common in IB exams? Can i still get a 5 without actualy knowing how it works?

    • @OSC1990
      @OSC1990  Год назад +1

      It depends on how your exam itself goes. Yes, these show up often enough to be worth studying, but remember that modelling is just about using the same skills (finding the function at x=0, finding it at a specific point, and then usually you use it to predict something or you're needing to solve for x, given some initial condition).
      Trust yourself - you'll do great on the exam, I know it! :)

  • @franxsxd3895
    @franxsxd3895 Год назад +1

    I have a question. When you have done I2 divided by I1, why do you do I2= I1/16? Thank you!

    • @OSC1990
      @OSC1990  Год назад

      Ah, because I2/I1 = (1^2 / 4^2) = 1 / 16

  • @Alex-id8tv
    @Alex-id8tv 7 месяцев назад

    Hi! Just wanted to ask, in the question about 5G, why did you do the equation as i = k/x^2, when the generic equation is k/x^n? What im trying to ask is where did the ^2 come from? It is the -2 in the question?
    Thank you, your videos are my saving grace!!!!

    • @OSC1990
      @OSC1990  7 месяцев назад

      It can be any exponent, I just used an x^2 for the example :)

  • @nurinihram2624
    @nurinihram2624 2 года назад +4

    Love the joke Mitch!

    • @OSC1990
      @OSC1990  2 года назад +3

      So happy you like it! And hopefully you can learn something from the video content as well :) Cheers, Mitch

  • @huimo4886
    @huimo4886 2 года назад

    very helpful, thanks

    • @OSC1990
      @OSC1990  2 года назад

      You're very welcome! Cheers, Mitch