Why don t the planets in the galaxy orbit the Sun in a tandem?

Almost all the planets around the star in the galaxy revolve horizontally. Such as the solar system.

Or like two plates clasped together, like the Milky Way.

If you ask this question well, you can only learn by daring to challenge God. I thought about this question for a long time, and then silently put it in my heart for a long time and did not dare to ask questions. He was once ridiculed for asking a teacher a similar question.

As I asked: Why is the sun not like a hydrogen bomb**" was regarded as a bull's horn by the teacher, and was reprimanded by the administrator for violating the rules and was shut down. And I'm asking:

What is driving the tectonic plate movement "is getting 'man's milk'".

Here's what I thought about communicating with the landlord:

Matter in the universe is moving at high speed, and the kinetic energy is larger. When the motion of a particle is not disturbed by an external force, it is a linear motion (the universe has been expanding after ** and maintains the velocity of **, so it should be a linear motion). When the particle (progeny) is attracted by the gravitational attraction of a larger substance (mother) or is called gravitational capture, it obtains centripetal acceleration and moves in a circle, and the speed of the circular motion is much smaller than the large speed, but the mother and child are also moving in the same direction at the initial velocity of the large.

To be continued, to be rested.

What does it mean that only the planets are on the same plane?

The correct way to say this is that in the solar system, all the planets revolve around the sun.

This is because of the action of gravitational force.

The mass of the sun is the total mass of the solar system, which means that almost the mass of the entire solar system is concentrated in the sun, so the sun has a strong gravitational pull, so that all the planets of the solar system move around it.

Outside of the solar system, the planets of other galaxies do not revolve around the Sun, but around the central body of their own galaxy like the Sun. This is because they are too far away from the sun for the sun's gravitational pull to affect them.

Summary. The planets, dwarf planets, moons, asteroids, comets, meteoroids, and interplanetary matter in the solar system all revolve around the sun.

Do planets, dwarf planets, moons, asteroids, comets, meteoroids, and interplanetary matter in the solar system revolve around the sun?

The planets, dwarf planets, moons, asteroids, comets, meteoroids, and interplanetary matter in the solar system all revolve around the sun.

Hello. These celestial bodies orbit the Sun and are subject to the Sun's gravitational pull.

Celestial bodies orbiting the Sun include interplanetary matter and meteoroids.

All are affected by the gravitational pull of the sun.

What about dwarf planets. Is it too.

Can you answer this too?

Yes. Pluto is a dwarf planet.

Do you have any more questions?

If not, can you please give a like?

Uranus.

Uranus is a perihelion-solescent planet, the seventh in descending order from the Sun. Uranus is more than 2.6 billion kilometers above Earth and can only be seen with the help of telescopes. Uranus's equatorial radius is about 25,900 kilometers, more than 4 times the size of the Earth, more than 65 times the volume of the Earth, and more than 14 times the mass of the Earth.

The cycle of revolution is 84 years, while the cycle of rotation is much shorter, only 11 hours.

In the solar system, all the planets are basically close to the perpendicular axis of rotation and the orbital plane to move, except for Uranus, whose rotation axis and its orbital plane are only 8 degrees of intersection, almost parallel to the orbital plane, that is to say, it is almost "lying" around the sun, so some people call Uranus "an upside-down planetary world", so the day-night alternation and the change of seasons on Uranus are also very peculiar and complex.