Gravitational Disc consequence ?

AI Thread Summary
The solar system and some galaxies appear disc-shaped due to gravitational dynamics, but the solar system's orbits are not strictly planar. The elliptical orbits of planets result from the Sun's non-homogeneous density and significant size, affecting the pre-planetary dust's movement. Additionally, the Sun's axial tilt contributes to orbital variations, creating wobbles in planetary paths. These factors collectively influence the gravitational consequences that lead to equatorial orbits. Understanding these dynamics is crucial for comprehending the structure of our solar system and similar celestial formations.
dustydude
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Gravitational Disc consequence!?

It there some kind of reason why the solar system is in the shape of a disc, as we'll as some galaxies?

Is there a gravitational consequence which result equatorial orbits?
 
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dustydude said:
It there some kind of reason why the solar system is in the shape of a disc, as we'll as some galaxies?

Is there a gravitational consequence which result equatorial orbits?

Actually, the solar system isn't the shape of a disc. The orbits of some specific planets vary greatly from the 2-D plane you seem to be talking about. The reason for the ellipsoid orbits if i may, perhaps lies in the fact that the sun isn't a homogeneous sphere in density and its large size. This may have impacted the orbits of the pre-planetary space dust that orbited it. It also depends on the suns own rotation upon its axis which is tilted to a degree causing certain wobbles. The same thing happens to Earth as well. That could be one of the factors involed in this occurrence.
 
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