Completion of the orbital insertion placed the orbiter in a highly elliptical polar orbit with a period of approximately 35.5 hours.
A white dwarf star in a close orbit with a normal Sun-like star.
This laser will sit in Earth orbit with a continuous power output of 15 gigawatts.
A system where a neutron star is in orbit with a star several times the mass of the Sun.
The Sun does revolve around the Milky Way on an almost circular orbit with a speed of about 220km/s.
The spacecraft will be inserted into an elliptical equatorial orbit with a period of 21.3 hours.
Finally, an IFGMSS mission is simulated, where the two satellites fly in a circle orbit with a 300 km's altitude.
A white dwarf star in a binary orbit with a neighbour can slowly pull material off, gradually increasing its own mass.
The geostationary orbit is a special case of the geosynchronous orbit, which is any orbit with a period equal to Earth's rotation period.
HAT-P-20b orbits the moderately bright V = 11.339 K3 dwarf star GSC 1910-00239 on a circular orbit, with a period P = 2.
Finally, HAT-P-23b orbits the V = 12.432 G0 dwarf star GSC 1632-01396 on a close to circular orbit, with a period P = 1.
