The term star count is used to describe the number of stars in a galaxy. This is the same as being in orbit.
One of the main factors in determining where a star is located in a galaxy is how much mass it has. If there is too much mass, then stars tend to orbit about this mass instead of being in orbit around it. This can be seen in the case of our galaxy, the Milky Way. Many stars are too massive to be in orbit around, and instead tend to orbit around the galactic center. This is a natural consequence of being in orbit.
The same thing happens with planets orbiting a star. When there is too much mass around a star, the planet orbits the star in a slightly different way. This means that the planets are more likely to have moons than they are to be in orbit around the star. This is because the planet does not orbit the star enough as the star rotates so much so that the planet is not in orbit as the primary star rotates around it.
In order to make planets orbiting a star form a more regular pattern, we are required to have a certain ratio of mass to radius. When we have too much mass around a star, the planet orbits the star more circularly than it should. This creates a “moon” of planet that orbits the star in a slightly different pattern. This is why planets orbiting a star will have moons as opposed to having planets orbiting the star.
Now we only need to be aware of the fact that on the moon, the sun is not in a fixed position but rotates around the planet in a fixed position. Also, the moon is not the same size as the planet and it is orbiting the star in a slightly different pattern. The planet isn’t changing shape either. This is why the planet orbits the star more circularly than it should and why the moon is orbiting the star in a slightly different pattern as opposed to the planet.
In other words, the star is a central point, the moon an outer ring, and the planet is at the center. This central point, the sun, is not rotating around the moon as we think and the planet is not rotating with it as we think.
This is why you dont see the sun, moon, and planet revolving around the star in the sky. It’s because the sun, moon, and planet are all orbiting the central point, the sun. The planet is the central point and is rotating with the sun and the moon. The sun is not rotating with the moon or the planet.
The sun is not an observer of the universe, and we are certainly not all that different. So when we see the sun, moon, and planet revolving around the central point, we are only seeing the stars and planets of the central point. The sun isn’t doing any observing. We are.
The sun is an observer of the universe.
We are all observers of the universe.