Using the Chain (Function of a Function) Rule

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  • Опубликовано: 14 янв 2025

Комментарии • 27

  • @arctangentart
    @arctangentart Год назад +3

    Eddie, I have been trying to understand Leibniz notation for about 10 years now. I love math, I like doing recreational math, but it has never made sense to me. Thank you so much for these three videos, I feel like I have a foothold on it now!

  • @epilot7487
    @epilot7487 3 месяца назад

    The laser point logic of your presentation really stresses how amazing it is to know how many educators that are out there, who have not understood this concept.

  • @trotbomb1673
    @trotbomb1673 5 лет назад +7

    Eddie, you have been such a great help for me, saviour you might even say during year 12. You've inspired me to becoming a teacher and to record my lessons for the world to see. Any support would be greatly appreciated

    • @jacktrotter9317
      @jacktrotter9317 5 лет назад +1

      Bro legit same!!! Best teacher ever

    • @trottersedits4890
      @trottersedits4890 5 лет назад +2

      I wish I had a math teacher like this when I was in year 12

    • @trotbomb1673
      @trotbomb1673 5 лет назад +1

      @@jacktrotter9317 no shit hey

    • @trotbomb1673
      @trotbomb1673 5 лет назад

      @@trottersedits4890 calculus is finally making sense

  • @kevinclaypool6345
    @kevinclaypool6345 3 года назад +1

    I stood up and shouted whoo hoo! that I got that last problem right. Thanks, such a great instructor!

  • @lucca1826
    @lucca1826 5 лет назад +30

    Lol the last second 6:14

    • @EyeOnTheTV
      @EyeOnTheTV 5 лет назад +5

      hilarious at .25 playback

  • @defytyrantsofmississippi2198
    @defytyrantsofmississippi2198 3 года назад +1

    leibnez notation is very simple and straight forward and is how we can visually understand the chain rule for taking the derivative of composite functions
    Ex: dy/dx= dy/du • du/dv • dv/dx where all values cancel except the (dy) in the numerator and the (dx) in the denominator. Very logical and easy to understand. God bless you all!

  • @sentinel_1752
    @sentinel_1752 5 лет назад +2

    Thanks to you I’ve done intro to calculus in 1 hour

  • @cunk0
    @cunk0 5 лет назад +8

    bless you buddy 6:14

  • @alwysrite
    @alwysrite 5 лет назад +1

    best explanation I have seen, and love your visual Russian doll props.

  • @BloobleBonker
    @BloobleBonker 2 года назад

    What a great teacher

  • @JohnM...
    @JohnM... 5 лет назад +4

    The mnemonic is the 'yuux' rule - said like "yucks" dy/du x du/dx

  • @EyeOnTheTV
    @EyeOnTheTV 5 лет назад +5

    6:12 at .25 playback - LMAO

  • @sergioh5515
    @sergioh5515 5 лет назад +2

    He said inner function can be anything like that "t" but mathematically speaking that would be incorrect. Just a little thing and it doesn't really matter I guess since I think I knew what he was trying to say but let's just say it was t, then that means we are doing that w respect to x since we using dy/dx and thus dy/dx becomes 0. Lol

    • @s4ad0wpi
      @s4ad0wpi 5 лет назад +1

      This was a common trick question in my Highschool...
      What's dy/dx if y=3t^2+7

    • @defytyrantsofmississippi2198
      @defytyrantsofmississippi2198 3 года назад

      @@s4ad0wpi it would have to be dy/dt not dy/dx

    • @s4ad0wpi
      @s4ad0wpi 3 года назад +1

      Hence: "Trick question"
      dy/dx = 0 in this example

    • @defytyrantsofmississippi2198
      @defytyrantsofmississippi2198 3 года назад

      @@s4ad0wpi absolutely. Lol

    • @oenrn
      @oenrn 3 года назад

      @@s4ad0wpi Unless t is a function of x.

  • @emiistudy6678
    @emiistudy6678 5 лет назад

    I just come to see what's does the matroyshka do in math