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25: Mecánica Celestial

Última actualización

30 oct 2022
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- 24.4: Apéndice 24A Correcciones de orden superior al periodo para amplitudes mayores de un péndulo simple
- 25.1: Introducción- El problema de Kepler

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25.1: Introducción- El problema de Kepler
25.2: Órbitas Planetarias
Comenzamos ahora un estudio del Problema Kepler. Determinaremos la ecuación de movimiento para los movimientos de dos cuerpos que interactúan a través de una fuerza gravitacional (problema de dos cuerpos) utilizando métodos de fuerza y leyes de conservación.
25.3: Energía y Momentum Angular, Constantes del Movimiento
25.4: Diagrama de Energía, Energía Potencial Efectiva y Órbitas
25.5: Órbitas de los Dos Cuerpos
25.6: Leyes de Kepler
25.7: Ejemplos trabajados
25.8: Apéndice 25A Derivación de la Ecuación de Órbita
25.9: Apéndice 25B Propiedades de una órbita elíptica
25.10: Apéndice 25C Propiedades geométricas analíticas de elipses

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