Gravitational Disc consequence ?

In summary, the shape of the solar system and some galaxies as discs is not entirely accurate as the orbits of some planets vary. The reason for the ellipsoid orbits may be due to the sun's density and size, as well as its rotation and tilt on its axis, which can cause wobbles. This could be a contributing factor to the disc shape.
  • #1
dustydude
19
0
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?
 
Physics news on Phys.org
  • #2


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.
 

FAQ: Gravitational Disc consequence ?

What is a gravitational disc consequence?

A gravitational disc consequence is a phenomenon that occurs when matter, such as gas and dust, is pulled into orbit around a central object due to the force of gravity.

What causes a gravitational disc consequence?

A gravitational disc consequence is caused by the gravitational pull of a central object, such as a star or black hole, on surrounding matter. As the matter orbits the central object, it forms a disc shape due to centrifugal force.

What types of objects can have gravitational discs?

Any object with enough mass and gravitational pull can have a gravitational disc. This includes stars, planets, and black holes.

What are some potential consequences of a gravitational disc?

A gravitational disc can lead to the formation of planets and other celestial bodies as the matter within the disc clumps together. It can also cause the emission of radiation and energy as the matter heats up and interacts with the central object.

How do scientists study gravitational discs?

Scientists study gravitational discs using a variety of methods, including telescopes and computer simulations. They also analyze the effects of the discs on surrounding objects, such as changes in light and radiation emissions.

Similar threads

I Integrating discs to find the gravitational force of a sphere
Replies
5
Views
3K
B Non-dissipative losses in elastic collisions between rotating discs?
Replies
8
Views
1K
B The Sun's Influence on the Moon's Orbit: Is it Negligible?
Replies
4
Views
1K
I How Does the Size of Neutron Stars Compare to Black Holes?
2
Replies
48
Views
4K
I Is this derivation of MOND from General Relativity plausible?
Replies
1
Views
703
Faraday disc: different configuration question
Replies
1
Views
1K
B Why don't two double pendulum apparatus follow the same paths? / Chaos
2
Replies
39
Views
2K
B What is the shape of an asteroid impact on Earth?
Replies
3
Views
1K
Gravitational Field Variation of Disc Orbitating Earth
Replies
4
Views
1K
I Why does Kepler's Third Law exist?
2
Replies
67
Views
3K

Hot Threads

Recent Insights

Back
Top