There are many suns in our galaxy and many galaxies in the Universe.Ours is called the Solar System.the bodies that orbit the sun are planets.Its another one of those many systems out there-but its our home!
Trans Neptunian Objects.
Objects that cannot transit the Sun as seen from Jupiter are those that are orbiting closer to the Sun than Jupiter itself. This includes objects in orbits closer to the Sun than Jupiter's orbit, such as Mercury, Venus, and Earth. The relative alignment of these planets with Jupiter and the Sun makes it impossible for them to be seen transiting the Sun from Jupiter's perspective.
asteroids and comets
No. Beyond Pluto, there are thousands of other objects orbiting the Sun.
The solar system includes planets, asteroids, comets and other objects such as the" Kuiper Belt" objects.
The small lumps orbiting the sun are called asteroids. They are rocky objects that vary in size and are mostly located in the asteroid belt between Mars and Jupiter.
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."
yes cause you need the sun in order for the solar system to work
A satellite is an object that orbits a planet. The Sun is a star so it does not have satellites. Actually a satellite is anything that orbits another. So the planets and asteriods are the sun's satellites.
They are called planets. They are Mercury, Venus, Earth, Mars, Jupiter, Saturn, Uranus and Neptune. In addition there are many other objects orbiting the Sun.
No, it is orbiting our Earth, which is orbiting our Sun.
Because smaller objects, especially those that are very far away, are harder to see. Even with powerful telescopes, it can be difficult to see small objects, and even more difficult to know where to look.Answer:Science can find objects orbiting the sun from the size of Jupiter and Saturn (very large) to objects a few meters across (very small). This ability includes objects orbiting distant stars even though the lower end of visibility is increased to earth sized planets.