Centroid, Incenter, Circumcenter, and Orthocenter

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  • Опубликовано: 12 дек 2024

Комментарии • 5

  • @MometrixAcademy
    @MometrixAcademy  Год назад

    Check out our online test prep courses! www.mometrix.com/university

  • @JahangirAlam-vd2hg
    @JahangirAlam-vd2hg Год назад

    Excellent presentation !! Maximum understanding with minimum talks !! I have fallen love with you, Miss. Thanks a lot.

  • @jagnnathyadav-k2b
    @jagnnathyadav-k2b 2 дня назад

    Your teaching is excellent,defination is clearely understod.If possible ,plz describe in different tringles and its properties.Thanks a lot!

    • @MometrixAcademy
      @MometrixAcademy  11 часов назад

      Here are some of our triangle-related videos:
      General Rules for Triangles: ruclips.net/video/WXcfwfmGOVQ/видео.html
      Proof that a Triangle is 180°: ruclips.net/video/5VvPifrms1A/видео.html
      Similar Triangles: ruclips.net/video/4kmGoUXwIpo/видео.html
      Find the Area of Any Triangle: ruclips.net/video/nrlNhgk73-M/видео.html

  • @arazick
    @arazick Год назад +2

    Thanks for the video. I learned from it. However, you should have avoided using Isosceles and Equilateral Triangles in this video. Because when you drew the perpendicular bisector lines to find the "Circumcenter", they passed through the vertices when you said they wouldn't. Also, when you moved the perpendicular lines (the Altitudes) higher to find the "Orthocenter", the lines were not perpendicular to the two upper sides of the triangle.