My definition of a planet: anything that is inside the rings of the sun and revolves around the sun. Between the first ring and the last ring is the sun.
From the smallest, such as gas atoms, to the largest, such as Jupiter, they can be planets, provided they orbit the Sun directly.
The moon is not a planet because it first revolves around the earth and then around the sun.
Mercury is not a planet because it is below the first ring of the Sun.
The space below the first star ring is called the atmosphere. This space belongs to the shell of the sun.
and is divided into two parts.
1- The inner part.
2- The outer part. Mercury is in the outer part.
More information in the next article.
The planet Mercury is on the edge of the blade of death.
If another tremor occurs in the Sun's core, it is very likely that Mercury will hit the surface of the Sun and cause a very strong tremor in the Sun's core.
The fate of the moon and the rocks around the earth and the living things on the earth will change completely.
And people unite to escape hell on earth instead of fighting each other!!!
The shaking of the Sun's core is not only due to large rocks hitting its surface. Any large shock affects the core of the stars around the solar system. Even the big shake in the middle of the Milky Way.
Is there another planet in the solar system? Yeah
It may be more than one planet. And even bigger than Jupiter.
Reason: It has nothing to do with the stretching of the orbits of the planets in the Kuiper belt, because the outer orbit of any object is stretched at alternating times.
In general, all features are momentary in space.
I will tell the main reason in an article.
Their current location: most likely above the northern region or below the southern region of the solar system. They are located at the end of the first part of the solar system after the belt of Neptune.
Sunlight does not reach them in these places.
There are two types.
1- Planets with one side facing the sun. From an outside observer's point of view: These planets do not revolve around the Sun, but instead revolve with the Sun around a larger superstar. The same thing happens to small moons inside the rings of the Earth.
2- Planets that are near the poles of the solar system and revolve around the sun. The sunlight has not reached them yet.
There are probably other asteroids in all the solar rings that are in the polar regions of the solar system and cannot be seen.
The best way to identify them and their size is through sunspots.
Each planet is a point of the Sun's crust.
The size, distance and position of the planet can be measured by the formula between sunspots and planets.
Full article description with detailed answer soon.
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