Deutsch English Espaņol Français Magyar Latina Nederlands norsk Română

Velocities

 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 

To get a circular orbit, the speed of the plantets differs for each radius. According to the formula: v=√Gm/r In this formula v is the velocity for a circular orbit, G is the gravivitional constant (6.67x10-11 mkg-1 s-2), m the mass of the star (the masses of the planets are regard to be neglectable with respect to the mass of the star) and r the distance from the planet to the star.

Previous: Kepler. Next: Velocities 2.

See also: Orrery, The sky at night.

Lid van de Technetium groep

website free tracking
StatCounter NetStat W3C Validator

astro.technetium.be astronomy.technetium.be chinese.technetium.be gravity.technetium.be sidereal.technetium.be www.astro.technetium.be www.astrology.technetium.be www.astronomy.technetium.be www.chinese.technetium.be astro.nooitstipt.com www.astro.nooitstipt.com astro.bannerplanner.eu www.astro.bannerplanner.eu astro.ligfiets.net astro.koorcontrast.nl www.astro.koorcontrast.nl astro.ligfietsplaza.nl 28-03-2024 01:51:27
phote.technetium.be poettree.technetium.be puzzle.technetium.be tafeltennistafel.technetium.be www.ligfiets.net