rotating three dimensional around the sun like the globe is on a different axis rotating around the sun more than Jupiter or what I'm thinking about this the most is the asteroid belt, is the asteroid belt freshly a belt or is it a complete shield circling around in-between Mars and Jupiter?
Answers: The solar system is pretty flat. Not exactly, though. Pluto have an orbital plane something like 20 degree to the ecliptic. But the other planets are within a couple degree of being adjectives on the same plane. Some planets' moons are somewhat inclined because they tend to orbit their planet's equator and most planets have a even-handed degree of declination surrounded by their polar axes. Uranus is the worst, almost "on its side." Comets often own highly inclined orbit, too.
The Solar System is pretty close to being planar. The solutions of the differential equations Which we use to describe celestial motion do not enjoy three-dimensional components. In theory, even Pluto's orbit will eventually come to be contained by the "plane of the ecliptic" because of the gravitational attraction of the other planets. This flattening process takes untold eons, but it is inexorable, as the galaxies and even the universe evidence.
Not taking the movement of our sun, galaxy, etc, The solar system is two dimensional. All planets are on like peas in a pod (or close to the same) orbital plane. Pluto is not a planet, primarily because it's orbital inclination is far greater then the other planets. The asteroid belt between Earth and Mars is 2 dimensional, as is the Kuiper belt. The Ort cloud, which surrounds the Solar system, however, is a sphere.
It's fully 3-dimensional. Even when the eight planets are adjectives within 3.4° of of indistinguishable "disk" as the Earth's orbit, with the exception of Mercury to be exact inclined by 7°.
Pluto is not one of the eight planets and has an inclination of in the order of 17°
The main examine is the asteroid belt. There the inclinations of the objects can be much higher. Also copious orbits are so peculiar that they cross the orbits of Mars and planet. Those asteroids that cross our orbit are inclined by more than 20° so a collision has a statistically low probability.
It's adjectives relative. But what you seem to be asking is contained by relation to the Sun. In relation to the Sun, the planets and asteroids orbit more or less within a plane, which I suppose could be said to be two dimensions. As stated by others, there is variability, as much as say 20 degree for Pluto. But that's still pretty much in indistinguishable general plane. They're not going every which approach, no.
As far as the Asteroid Belt, it really is like a belt, yes. It's not a big sphere.
No sorry.
The answer have nothing to do near the planet orbits or Axis
the simple reality is the SUN is moving thru the galaxy
almost perpendicular to the planetary orbit
so the orbital motion is more like a HELIX surrounded by space
3D
essentually all the planets and the asteroid belt run around the sun in duplicate plane, so it is 2D ish. This is why you see the planets all follow the same/similar causeway in the sky. Main exception to this is comets which orbit within very different planes.
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Answers: The solar system is pretty flat. Not exactly, though. Pluto have an orbital plane something like 20 degree to the ecliptic. But the other planets are within a couple degree of being adjectives on the same plane. Some planets' moons are somewhat inclined because they tend to orbit their planet's equator and most planets have a even-handed degree of declination surrounded by their polar axes. Uranus is the worst, almost "on its side." Comets often own highly inclined orbit, too.
The Solar System is pretty close to being planar. The solutions of the differential equations Which we use to describe celestial motion do not enjoy three-dimensional components. In theory, even Pluto's orbit will eventually come to be contained by the "plane of the ecliptic" because of the gravitational attraction of the other planets. This flattening process takes untold eons, but it is inexorable, as the galaxies and even the universe evidence.
Not taking the movement of our sun, galaxy, etc, The solar system is two dimensional. All planets are on like peas in a pod (or close to the same) orbital plane. Pluto is not a planet, primarily because it's orbital inclination is far greater then the other planets. The asteroid belt between Earth and Mars is 2 dimensional, as is the Kuiper belt. The Ort cloud, which surrounds the Solar system, however, is a sphere.
It's fully 3-dimensional. Even when the eight planets are adjectives within 3.4° of of indistinguishable "disk" as the Earth's orbit, with the exception of Mercury to be exact inclined by 7°.
Pluto is not one of the eight planets and has an inclination of in the order of 17°
The main examine is the asteroid belt. There the inclinations of the objects can be much higher. Also copious orbits are so peculiar that they cross the orbits of Mars and planet. Those asteroids that cross our orbit are inclined by more than 20° so a collision has a statistically low probability.
It's adjectives relative. But what you seem to be asking is contained by relation to the Sun. In relation to the Sun, the planets and asteroids orbit more or less within a plane, which I suppose could be said to be two dimensions. As stated by others, there is variability, as much as say 20 degree for Pluto. But that's still pretty much in indistinguishable general plane. They're not going every which approach, no.
As far as the Asteroid Belt, it really is like a belt, yes. It's not a big sphere.
No sorry.
The answer have nothing to do near the planet orbits or Axis
the simple reality is the SUN is moving thru the galaxy
almost perpendicular to the planetary orbit
so the orbital motion is more like a HELIX surrounded by space
3D
essentually all the planets and the asteroid belt run around the sun in duplicate plane, so it is 2D ish. This is why you see the planets all follow the same/similar causeway in the sky. Main exception to this is comets which orbit within very different planes.
More Solar Questions & Answers...