Conic Sections in Clay

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  • Опубликовано: 12 сен 2024
  • Jamie York's presentation which explains how each of the conic sections - ellipse, parabola, hyperbola - are generated by slicing a (mathematical) cone.

Комментарии • 29

  • @AsifNaseerCW
    @AsifNaseerCW 4 года назад +10

    Parabola was a little difficult to understand but once you said parallel to the surface of the cone its bang on.

  • @coolstar7819
    @coolstar7819 9 дней назад

    Thank You it was an amazing visualisation!✨🌏🌍🌍

  • @harishgehlot9874
    @harishgehlot9874 2 года назад +3

    This is, How to a Mathematician plays with Clay and Develop a new amazing concept of Mathematics. 💓😊

  • @birendrakumarsingh2148
    @birendrakumarsingh2148 4 года назад +5

    I loved inagining what he said
    What a wonderful explanation sir

  • @pawan19
    @pawan19 2 года назад +4

    I from India ✨
    - THANKS U So MUCH sir

  • @yuddhveermahindrakar6864
    @yuddhveermahindrakar6864 2 месяца назад

    धन्यवाद सर प्रात्यक्षिकासह दर्शविल्याने समजले हीच एक अध्यापनाची सर्वोत्तम पद्धत आहे आनंददायी पद्धत आहे

  • @milanstevic8424
    @milanstevic8424 Месяц назад

    Maybe this professor didn't get the memo that the computers exist and that this can be visualized very easily.
    In fact one could find an existing video on yt depicting the animated conic sections.

  • @stefanz4482
    @stefanz4482 2 года назад +2

    love the explanation

  • @stephenbeck7222
    @stephenbeck7222 3 года назад +3

    Great hands on demonstration. Does his discussion of the slope of the cut correspond to the eccentricity of the conic section? I.e., clearly a horizontal cut (perpendicular to the axis of rotation of the cone) creates a circle with eccentricity 0, while a cut that is parallel to cone creates a parabola with eccentricity 1. Can ‘e’ be defined in general as a simple linear relationship concerning the slope of the cut or is it more complicated relationship for ellipses and hyperbolas?

  • @sudipbosu8787
    @sudipbosu8787 2 месяца назад

    Thanks!

  • @abbasqomi3377
    @abbasqomi3377 5 лет назад +6

    wonderful explaining

  • @tsintraff
    @tsintraff 4 года назад +3

    thank you so much sir .
    love from india

  • @monikadhankhar2345
    @monikadhankhar2345 5 лет назад +2

    Amazing explaination...

  • @mohammadishaq5299
    @mohammadishaq5299 11 месяцев назад +1

    Excellent

  • @shivamurthystudio2704
    @shivamurthystudio2704 2 года назад +1

    Good explanation sir

  • @laddysingh5970
    @laddysingh5970 5 лет назад +4

    Thank u for this.

  • @kajalarora1412
    @kajalarora1412 3 года назад +1

    Amazing

  • @harshithas597
    @harshithas597 2 года назад

    Thank u sir🙏

  • @MASTERAR7
    @MASTERAR7 4 года назад +2

    Wow thanku sir

  • @giuseppelucianoferrero8916
    @giuseppelucianoferrero8916 Год назад

    Prof.ha provato a sezionare un cilindro con un piano inclinato? Troverà una bella ellisse!

  • @rakeshkaushik6743
    @rakeshkaushik6743 5 лет назад +1

    thanks 👍!!!

  • @kgravikumar
    @kgravikumar 2 года назад

    Nice

  • @carlosmartin3384
    @carlosmartin3384 5 лет назад +3

    Jiggy

  • @lekhaherondale423
    @lekhaherondale423 4 года назад

    Wow

  • @adityarajkaushik9110
    @adityarajkaushik9110 3 года назад

    Wah

  • @angelaquino3730
    @angelaquino3730 4 года назад +3

    Jordan Peterson 2.0