While Neptune's orbit is on a different plane compared to most other planets, its direction of revolution around the sun is the same as the majority of the planets in our solar system.
The conservation of angular momentum during the collapse of the primordial solar nebula is the aspect that accounts for the planets orbiting in the same direction and plane. As the nebula contracted and flattened into a spinning disk, this momentum caused the planets to form in a singular direction and plane, similar to the rotation of the original nebula.
In fact, there are no two planets that orbit in exactly the same plane. The planets orbit close to the ecliptic, but not exactly on it. This is so because the planets formed from the gigantic disk of rubble and gases that formed around the young sun. Many galaxies are basically in the form of a disk as well, including the Milky Way. There are some galaxies that have different shapes. Materials gather into disks probably because of the inherent irregular shapes of the original clouds of material, and characteristics that come about as the materials begin to fall toward the center and then revolve around the cloud's center of gravity.
The axis of Pluto is tilted at an angle of approximately 119.5 degrees in relation to its orbital plane around the Sun. This extreme tilt contributes to the significant variations in seasons experienced on Pluto as it orbits the Sun.
Relative to the orbital plane, only two major planets appear to rotate (spin) in a clockwise direction,Venus and Uranus.Of these two, only Venus has lost its what is assumed to be its original counter-clockwise rotation. Uranus only appears to rotate clockwise, as observed from above the orbital plane, because its North Pole was somehow knocked over by 98° to technically become its South Pole.
The conservation of angular momentum within the collapsing solar nebula is the aspect of the nebular hypothesis that accounts for the planets orbiting in the same direction and plane. As the nebula collapsed, it began rotating in a single direction, resulting in a protoplanetary disk that formed planets orbiting in the same direction and plane.
From the perspective of looking downward at the plane of the ecliptic where North is up, the planets revolve counterclockwise.
While Neptune's orbit is on a different plane compared to most other planets, its direction of revolution around the sun is the same as the majority of the planets in our solar system.
Inference.
It is called the solar system plane.
Because the sun is responsible for everything in the Solar system the planets lie on the suns equatorial line and still spin like they did before the planets formed.All the planets go around the sun the same way and lie on a relatively flat plane because of gravity. This is just a theory.
If an object revolves around the sun on the same plane as the planets, it is lying on an ecliptic.
The orbits of the planets lie in nearly the same plane because they formed from a rotating disk of gas and dust around the young Sun, known as the solar nebula. As gravity caused material in the disk to clump together, it formed into the planets we see today, all orbiting in a flat plane due to the conservation of angular momentum.
The plane in which most of the planets, including Earth, revolve around the Sun is called the ecliptic plane. This plane is defined by the Earth's orbit around the Sun and serves as a reference point for the orbits of other planets in our solar system.
The conservation of angular momentum during the collapse of the primordial solar nebula is the aspect that accounts for the planets orbiting in the same direction and plane. As the nebula contracted and flattened into a spinning disk, this momentum caused the planets to form in a singular direction and plane, similar to the rotation of the original nebula.
The planets orbit in the same plane because there is no force to take them out of the plane. The plane is the plane of the average rotations of all the elements of the cloud of gases that made up the solar system.
a screw is a rotating inclined plane. like an inclined plane wraped around a cylinder.