For objects in orbit around the sun, it's the aphelion. For objects in Earth orbit, it's the 'apogee', and in orbit around the moon, it's the 'apolune'.
Orbital hypertelorism
That point is called apogee and it rotates round the orbital plane every 19 years.
As the planet approaches perihelion (point of nearest approach to the Sun), its orbital velocity gets faster, and it is fastest at perihelion. Similarly, at aphelion (point of furthest approach to the Sun), the orbital velocity is slowest.
Pluto's average orbital distance is 5.9 million km from the Sun, or 39 AU
Perigee
Orbital speed is the velocity (speed) of an object as it travels an orbital path around a reference point.
False
For objects in orbit around the sun, it's the aphelion. For objects in Earth orbit, it's the 'apogee', and in orbit around the moon, it's the 'apolune'.
Orbital hypertelorism
The 'Apogee'. is the furthest point on a planets orbital track about the Sun. The 'Perigee' is the corresponding nearest point.
No. A satellite in geostationary orbit remains stationary over a single point on the earth's equator. It must have an altitude of 22,236 miles above the earth, which makes its orbital period exactly one day. The moon is much too far away for that; its orbital period is 28 earth days.
As far as has been possible to observe so far, Mercury's tilt is listed as "probably zero".In other words, its equator is thought to lie in its orbital plane, and its axis of rotation is thought to be perpendicular to its orbital plane.
The time it takes for something to go completely around a fixed point.
That point is called apogee and it rotates round the orbital plane every 19 years.
That point is called apogee and it rotates round the orbital plane every 19 years.
the distance between their "average" orbital paths is 78,341,212 Km