yep
All the planets revolve around the Sun in a counterclockwise direction, as seen from above the Earth's north pole.
no planets crust does not have light of their own but the core of the earth has light of its own
because the sun causes ther effect
Since the sun illuminates the moon, no moon phases can be seen from the sun, all moons and planets always are 'full'.
That depends from what direction you look.As seen from the north - the way it is usually depicted - all planets move clockwise around the Sun.Of course, if you observe from the south, the planets would move counterclockwise around the Sun.
Without the planets orbiting the sun all the planets would be cold and dark
All planets in our solar system orbit around the Sun.
they all have gavity and we all 8 planets are moons to the sun and they all have a ending
Mercury and Venus are the two planets that are never visible at midnight from Earth. This is because they are inner planets, orbiting closer to the Sun than Earth, and therefore are always located near the Sun in the sky.
All sorts of things. The Sun, the Moon, planets, asteroids, meteors, galaxies, nebulas, satellites and other things.
No, the sun cannot swallow all eight planets. The sun is much larger than the planets in our solar system, but it will not engulf them. However, the sun will eventually expand into a red giant and could engulf the innermost planets.
No. Almost never happens. Depends on how well aligned you mean, occasionally all the planets will be within 45° (as seen from the Sun) or within a cone that has the vertex at the Sun and has an opening of 30°, this happens every decade or so. All the planets can never align less than 2° because the deviation from the ecliptic for some of the planets is greater than this.