Does the Sun's Movement Create a Solar System Vortex Motion?

In summary, the conversation discusses the idea of the Sun moving through space at a certain velocity and whether this affects the motion of the planets in the Solar System. The possibility of the Solar System being a system of vortex motion rather than just gravity as a centripetal force is also mentioned. However, it is noted that vortex forces require something to vortex, and since space is largely empty, this may not be applicable. It is also mentioned that the planets have the same angular velocity as the sun, indicating that the sun's velocity does not greatly affect their motion.
  • #1
Shazamuel89
1
0
Hey everyone, I'm new to the Physics Forum, so this is my first post. I heard somewhere that the Sun moves through space at a certain velocity. If that is true, then wouldn't the Solar System be a system of vortex motion, and not simply gravity being a centripetal force holding the planets towards the center? I know that vortex motion creates a pressure that keeps the outside particles going towards the center, so isn't that what the solar system is instead of a simple gravitational centripetal force?
 
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  • #2
The planets have the same angular velocity around the galaxy as the sun, so the sun's velocity does not much effect the planets.

Vortexes for because there is something to vortex. Space isn't like water circling a drain, for all practical purposes, space is empty. Vortex forces are frictional forces, and there is no friction in space.
 

Related to Does the Sun's Movement Create a Solar System Vortex Motion?

1. What is a solar system vortex motion?

A solar system vortex motion is the rotational movement of the planets, moons, and other objects in the solar system around the sun. This motion is caused by the gravitational pull of the sun, which keeps the objects in orbit.

2. How does a solar system vortex motion affect the planets?

The solar system vortex motion keeps the planets in their respective orbits around the sun. It also affects the tilt and rotation of the planets, as well as their speed and distance from the sun.

3. Can the solar system vortex motion change over time?

Yes, the solar system vortex motion can change over time. This is due to various factors such as the gravitational pull of other planets and external forces from objects in our galaxy. These changes can impact the orbits and movements of the planets in the solar system.

4. How is the solar system vortex motion related to the formation of the solar system?

The solar system vortex motion played a crucial role in the formation of the solar system. As the solar nebula, a cloud of gas and dust, collapsed under its own gravity, it began to spin and form a disk. This spinning motion eventually led to the formation of the sun and the planets.

5. Are there any other examples of vortex motion in the universe?

Yes, vortex motion is a common phenomenon in the universe. In addition to the solar system, it can be observed in other planetary systems, galaxies, and even on a smaller scale in hurricanes and tornadoes on Earth.

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