The stability of equilibria of a differential equation

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  • Опубликовано: 29 янв 2025

Комментарии • 34

  • @paulokokhere457
    @paulokokhere457 6 лет назад +2

    Why can't people teach like this. You compressed 20 years of guess work into 10 minutes of reality...for that, I say, THANK YOU!

  • @bestman2670
    @bestman2670 7 лет назад +3

    An extremely helpful video! Your explanations were clear and easy to follow. I enjoyed every minute!

  • @shahreensumaria4798
    @shahreensumaria4798 11 лет назад +4

    Your explanation is brilliant. I was really struggling with the concept of stability and your video helped me greatly. Thanks alot. :D

  • @youmah25
    @youmah25 9 лет назад +6

    10 minutes of pure learning:
    thank you
    gracias
    grazie
    Danke
    merci
    شكرا

  • @giantDalton
    @giantDalton 4 года назад +1

    Amazing explanation, thank you.

  • @viji001
    @viji001 11 лет назад +1

    u should be my lecturer for dynamical systems.

  • @Royalpower100
    @Royalpower100 11 лет назад +6

    very useful but needs to go in more detail. Especially when f(x) is a function that is very difficult to draw (eg. x/(a+x)-x ) how do you determine the sign of the slope then ..

    • @duanenykamp5700
      @duanenykamp5700  11 лет назад +4

      That's right. This video only talks about the graphical approach. For functions that are difficult to graph, an analytic approach might be better. That happens in the "next video" mentioned at the end. If you click on the above link to see the Math Insight page where these videos are embedded, the analytic approach video appears below. Or the analytic approach video is availble at: The stability of equilibria of a differential equation, analytic approach.

  • @란다우
    @란다우 5 лет назад +1

    Thank you! This is wonderful.

  • @1991sherlock
    @1991sherlock 9 лет назад +1

    Great Video. Thanks a lot!

  • @mohammadibrahim4557
    @mohammadibrahim4557 6 лет назад +1

    thank you million times

  • @rohitderaj4076
    @rohitderaj4076 3 года назад

    Great explanation!! thank you!!

  • @m.y.s4260
    @m.y.s4260 10 лет назад +1

    Really helpful, thank you ~

  • @dharamrajtasa7104
    @dharamrajtasa7104 8 лет назад

    what is the need of stabilty of a differential equation

    • @duanenykamp5700
      @duanenykamp5700  8 лет назад +3

      If an equilibrium is not stable, then that equilibrium is unlikely to be
      observed in a real system, as any small change could move the state of
      the system off the equilibrium. Similar to how it is hard to have a
      pencil setting on a stationary table and balanced on its point.

  • @JohanSellus
    @JohanSellus 9 лет назад +1

    Excellent!

  • @peijiaguo469
    @peijiaguo469 2 года назад

    Thank you very much.

  • @snipy3685
    @snipy3685 4 года назад

    thank you man you saved me

  • @adampaxton5214
    @adampaxton5214 8 лет назад +1

    great videos :)

  • @jorgemejia6801
    @jorgemejia6801 5 лет назад

    Thank you so much!

  • @taranjitkaur125
    @taranjitkaur125 8 лет назад +1

    Thank you!

  • @maisyrenee918
    @maisyrenee918 2 года назад

    thanks so much!

  • @peter1567
    @peter1567 4 года назад

    Thank you

  • @trendytrenessh462
    @trendytrenessh462 3 года назад

    I was the *1000th* like ! 👍

  • @hamzehabuabed6333
    @hamzehabuabed6333 2 года назад

    thanks

  • @msc_739
    @msc_739 5 лет назад

    Thank you :)

  • @youmah25
    @youmah25 9 лет назад

    tank you sir

  • @killbill0009
    @killbill0009 11 лет назад

    THANK YOU! Be my lecturer!!!

  • @newtonkavai9796
    @newtonkavai9796 4 года назад

    Wow

  • @EliCarlton
    @EliCarlton 6 лет назад

    Thank you!

  • @joshwakawaka7409
    @joshwakawaka7409 4 года назад

    Thank you!