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Esquema

  1. Planetary Motion in GeoGebra
    1. Introduction
    2. Inspiration
    3. Objectives
    4. Respective Physical Laws
    5. Numerical approach
    6. Geometric approach
    7. References

    Planetary Motion in GeoGebra

    Autor:Roman Hašek
    Planetary Motion in GeoGebra

    Tabla de contenidos

    • Introduction

      • University of South Bohemia in České Budějovice
      • Annotation
    • Inspiration

      • Richard Feynman
      • Feynman's lectures on physics
      • Feynman's lost lecture
    • Objectives

      • Planetary motion in GeoGebra
      • Educational benefits
    • Respective Physical Laws

      • Kepler's laws of planetary motion
      • Newton's laws of motion and gravity
    • Numerical approach

      • Numerical analysis of planetary motion
    • Geometric approach

      • Second Kepler's law: The law of equal areas
      • First Kepler's law: The law of ellipses
      • Feynman's proof of the law of ellipses
    • References

      • References
    Siguiente
    University of South Bohemia in České Budějovice

    Nuevos recursos

    • Level Curves
    • Graph of y = ax² + bx + c
    • Drunk Parabola
    • Graphical solution of ax² + bx + c = k
    • Toroidal Spiral

    Descubrir recursos

    • Fire Control - firing aid
    • pg 43#4
    • demand_maragel
    • Pythagoras' theorem (3 polygons)
    • Point MPP

    Descubre temas

    • Funciones Polinómicas
    • Diagramas de árbol
    • Mediana
    • Derivada
    • Sólidos
    InformaciónSociosCentro de ayuda
    Condiciones del servicioPrivacidadLicencia
    Calculadora gráficaSuite CalculadoraRecursos matemáticos

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