Do the planets really orbit the sun on the same axis like illustrations of the solar system show?

Question

And if so, why would they do that?

Answer 1

Yes, all the planets orbit the sun in the same *general* plane (..called 'the ecliptic'..) Before it was demoted, Pluto had the most eccentric orbital path around the sun.

Couple of reasons for the common orbital plane :: (1)the planets and sun formed within a region of a vast nebula that already had a rotational component. Some of that motion was passed along to the newly forming system; (2)the sun is the most massive object in the solar system and its resultant gravity has helped guide and hold the planets in their orbits

Answer 2

They orbit heavily, yet no longer contained in the very similar airplane. All planets in our image voltaic equipment orbit with some stages of one yet another. that's because even as our image voltaic equipment equipment formed it began as a three-D cloud which collapsed gravitationally. by ability of collisions and friction between debris, ultimately this cloud formed right into a disk. Why? It replaced into basically the perfect ordinary rotational momentum of ways each and every of the debris contained in the cloud initially were. it would want to extremely uncommon for a large cloud to have precisely 0 well-known rotational momentum.

Answer 3

Yes, they really do. It's called the 'plane of the ecliptic' and they do so because the Solar System was formed from a rotating cloud of dust and gas. It's a result of the conservation of rotational momentum.

Doug

Answer 4

If I remember correctly, not all the planets orbit in the same horizon (I think it is called the ecliptic). I believe from my astronomy class that a couple are slightly out of the ecliptic, but I can't remember which ones.

Answer 5

Basically yeah

The gravity of any body is stronger at the equator (which makes it bulge) hence as with the rings of the outer planets, it is natural for bodies to find orbits around the centeral equatorial region.

Orbits are not perfect, understand. They are slightly off center, slighly inclinded.

Answer 6

NO ~ every planet has their own orbit and axis. They are NEVER in the same plane as some examples show.

Answer 7

Approximately the same axis, yes. They all formed out of the same giant cloud of gas and dust, which had had millions of years of friction and gravity in which to work out any turbulence and get itself rotating all as one mass.

Answer 8

Yes, Duh.... nothing is exactly the same but they are very close when you consider the scale of the solar system...