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Planetary Motion in GeoGebra
Introduction
Inspiration
Objectives
Respective Physical Laws
Numerical approach
Geometric approach
References
Planetary Motion in GeoGebra
Auteur :
Roman Hašek
Table des matières
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
Suivant
University of South Bohemia in České Budějovice
Nouvelles ressources
Transformations of Triangles and Matrices
bewijs stelling van Pythagoras
Solving 2x2 and 3x3 Systems Using Cramer's Rule
Parametric surface: Klein bottle
גיליון אלקטרוני להעלאת נתוני בעיה ויצירת גרף בהתאם
Découvrir des ressources
inequation_degre1
Rolling a Dice
ม.5 เมทริกซ์พื้นฐาน
Meaning of a Vector
גובה למשולש קהה זווית קודקוד מודגש- מעודכן
Islamic Stars
How to Hire the Right Person?
Découvrir des Thèmes
Pourcentages
Nombres Rationnels
Équations Quadratiques
Fonctions
Programmation Linéaire ou Optimisation Linéaire
