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Sagittarius A* Star Orbit 3D Explorer vs Kepler Orbits 3D Explorer


Ver una orbita real y medida toma una carga de pagina en el Sagittarius A* Star Orbit 3D Explorer - 0 MB instalado, USD 0, sin cuenta. El Kepler Orbits 3D Explorer permite ajustar cualquier excentricidad de 0 a 0.97 en una elipse generica de Sol y planeta, pero no renderiza un sistema real y publicado especifico.


Las cifras lado a lado

AspectoSagittarius A* Star Orbit 3D ExplorerKepler Orbits 3D Explorer
Tamano de instalacion0 MB - se ejecuta en el navegador0 MB - se ejecuta en el navegador
Tiempo hasta la primera vistaSegundos - una carga de paginaSegundos - una carga de pagina
PrecioUSD 0USD 0
Que renderizaUna orbita real y publicada (S2 alrededor de Sagittarius A*, e ~0.88, 16.05 anos)Cualquier excentricidad 0-0.97 en una elipse generica de ensenanza Sol-y-planeta
Ve hechos de Sagittarius A*: 0 MB de instalacion, carga en segundos, USD 0, orbita real S2 e~0.88.
0 MB instalacion, segundos, USD 0, orbita S2 e~0.88.

Donde gana Sagittarius A* Star Orbit

Sagittarius A* Star Orbit gana cuando la pregunta es "como midieron realmente los astronomos la masa de un agujero negro" - cada cifra en su panel es un numero publicado especifico de una campana de observacion real, no un ejemplo de ensenanza ajustable.


Donde gana Kepler Orbits

Kepler Orbits gana cuando la pregunta es sobre la forma general de las leyes de Kepler - ajustar el control de excentricidad de un casi-circulo a una astilla tipo cometa en tiempo real convierte la propia geometria en la leccion, independiente de cualquier sistema real.


Una regla razonable

Como regla razonable, usa Kepler Orbits primero para construir intuicion sobre lo que hace la excentricidad a una trayectoria, luego usa Sagittarius A* Star Orbit para ver esa misma geometria aplicada a un sistema real y medido con una medicion de masa en juego. Para el agujero negro mismo renderizado artisticamente, usa Black Hole 3D Explorer.

Ve cuando usar Sagittarius A* Star Orbit 3D Explorer para adecuacion de sesion.

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