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The moving bright lights may be aircraft, satellites, or meteors. The bright points that are not stars or planets may also be galaxies, asteroids, comets, or the moons of planets.
Day and night, the planets constantly orbit the sun. This makes the planetary positions appear to change each night with respect to the background stars from the perspective of earth. So the positions do not change only at night, it is just at night we can see the positions have changed a little bit more.
No stars are flaming balls of various gasses and moons are planetismals that come from nearby planets
planets, stars, moons, galaxies
there gravity pulls them into round balls.
On the contrary! A star has planets, which circulate it. And planets have moons. Stars do not circle planets.
No. Stars are their own class of of objects. In simple terms planets orbit stars and moons orbit planets.
They don't. It's the planets and moons that reflect the light of stars.
Day and night, the planets constantly orbit the sun. This makes the planetary positions appear to change each night with respect to the background stars from the perspective of earth. So the positions do not change only at night, it is just at night we can see the positions have changed a little bit more.
The moving bright lights may be aircraft, satellites, or meteors. The bright points that are not stars or planets may also be galaxies, asteroids, comets, or the moons of planets.
Astronomers.
Planets and anything like them. Moons orbiting stars are usually dubbed as dwarf planets.
moons, stars, planets, meteoroid's.
moons, stars, planets, meteoroid's.
No. We know what the stars are. They are not planets. They are distant suns, many of which do have undiscovered planets.
No stars are flaming balls of various gasses and moons are planetismals that come from nearby planets
Because stars have a greater amount of gravity