There is no scientific term for everything in space, other than "everything." As for objects orbiting a star, a satellite is an object orbiting a larger object. A moon is a planet's satellite, as a planet is often a star's satellite, and a star is often the satellite of a galactic core (often a black hole). A common term for objects orbiting the sun (designation Sol) is "Celestial Bodies" or "Heavenly Bodies." This is not, however, an accurate term, as space is not 'heaven,' or 'celestial,' and 'bodies' imply set and indivisible objects. Therefore, satellites is the best term for "All the space objects orbiting the sun."
because we need night to sleep and we have the moon which gives us nightthere is day and night because as the earth is orbitting round the sun ,is also spinning and moon is also orbitting round the earth.there is day and night because as the earth is orbitting round the sun ,is also spinning and moon is also orbitting round the earth.
Such an object is said to be in free fall.
because we need night to sleep and we have the moon which gives us nightthere is day and night because as the earth is orbitting round the sun ,is also spinning and moon is also orbitting round the earth.there is day and night because as the earth is orbitting round the sun ,is also spinning and moon is also orbitting round the earth.
from the sun
sun moon
In space, the position of any of the objects in space is relative to other objects. There is no way to state the Sun's position. On the other hand, it is easy to tell where the planets are, relative to the Sun's position, so we can easily tell where each planet is right this second relative to the Sun. We simply cannot tell where the Sun is - just its distance from other space objects.
The answer is planets.
Small lumps of rock orbiting the sun are called asteroids.
planets
No, everything in our solar system revolves around the sun
space junk
yes. every star is a sun. each star could possibly have its ownplanets orbitting it(like earth).