0
Could dark matter be explained by planets space debris asteroids and other likely matter found in great abundance in our own solar system?
No, dark matter could not be explained by things like planets, space debris, asteroids and other matter we see in our solar system. Follow along as we wander through some facts that we have observed and let's see where we end up.
The effects of dark matter are huge as it is demonstrated to be a source of massive gravity. The gravity is so massive that it literally affects the rotation of whole galaxies. Also, only mass generates gravity. We know most of the mass of galaxies is made up of stars and something else distributed among those stars that is equally massive, but is invisible.
Consider that over 99.9% of the mass of the solar system is held in the sun. That leaves little else with mass in the whole rest of the solar neighborhood, including all the planets and everything else. There is no reason to think that things are much different around other stars in a galaxy. Also consider systems where double stars appear. They are actually fairly common, so in systems where a star appears and a lot of extra material is left, another star appears as a result. But as regards galaxies, something is distributed among them to cause them to rotate the way they do, and we can't see it. The "stuff" is matter (mass, which generates gravity), and is dark (emits no light), so we call it dark matter.
The "wondering" behind the question is excellent, but there is no way to suppose that the "extra stuff" outside the star in any solar system would have enough mass to play against that of the star in that system. But with some more thinking, perhaps an explanation of what dark matter really is can be found. There is a Nobel Prize to the person who can explain it, or at the very least a nomination. Count on it.
What else can I help you with?
What the asteroids are larger or smaller than planets?
Planets are generally larger than asteroids. Asteroids are small rocky bodies that orbit the Sun, while planets are larger celestial objects that have cleared their orbit of other debris. Some asteroids can be quite large, but they are still dwarfed by the size of planets.
What is interplanetary debris?
Interplanetary debris refers to pieces of rock, metal, and dust that are scattered between planets and other celestial bodies in space. This debris can be remnants of asteroids, comets, or even fragments from collisions between larger bodies. It poses a threat to spacecraft and satellites during space travel.
Are dwarf planets asteroids?
Dwarf planets are not asteroids. While both are similar in size and composition, dwarf planets are considered a distinct classification due to their spherical shape and ability to gravitationally clear their orbit of other debris. In contrast, asteroids are irregularly shaped and typically exist in the asteroid belt between Mars and Jupiter.
What factors make Pluto different from the major planets?
There is only one factor that makes Pluto different from major planets:Pluto has not cleared its "neighborhood" of asteroids and debris.
How are asteroids and planet similar?
Asteroids and planets are similar in that they are both celestial bodies that orbit the Sun and are composed of rock and metal. Both can vary in size, shape, and composition, and they share similar origins in the early solar system. However, planets are typically larger and have cleared their orbits of other debris, while asteroids are usually smaller and remain in a more chaotic state.
What does Pluto not have that planets do?
Pluto does not have an orbit clear of asteroids and debris. Planets do.
What the asteroids are larger or smaller than planets?
Planets are generally larger than asteroids. Asteroids are small rocky bodies that orbit the Sun, while planets are larger celestial objects that have cleared their orbit of other debris. Some asteroids can be quite large, but they are still dwarfed by the size of planets.
What exists in your solar system?
Our solar system contains the sun, and all the planets, dwarf planets, asteroids, comets, and various debris that orbit it.
What is interplanetary debris?
Interplanetary debris refers to pieces of rock, metal, and dust that are scattered between planets and other celestial bodies in space. This debris can be remnants of asteroids, comets, or even fragments from collisions between larger bodies. It poses a threat to spacecraft and satellites during space travel.
What can you find in solar system?
Planets like earth and mars. Asteroids, dust, debris from spacecraft, moons, and the sun.
What is the most likely origin of asteroids?
The most likely came off as debris from colliding planets or other large objects.
How does Jupiter protect the inner planets being hit by asteroids?
Jupiter doesn't stop other planets from being hit by asteroids. It's actually raises the stakes. Jupiter takes cosmic debris into it's orbit and sometimes launches it at other planets. (including Earth!) Although in some cases Jupiter takes the cosmic debris/asteroids and launches them away from the planets. It's kinda like a cosmic game of dodgeball, lol.
How many objects orbit the Sun?
There are eight recognized planets in our solar system that orbit the Sun, along with their moons, dwarf planets, asteroids, comets, and other space debris. Overall, there are millions of objects that are known to orbit the Sun.
What kinds of astronomical bodies are found in the solar system?
In the solar system, we have a star, planets, dwarf planets, asteroids, comets, meteors, and human debris. (such as old satellites, probes, etc.)
What revolves around the sun other than planets?
Comets, asteroids, planetoids, various dust and debris fields.
Are dwarf planets asteroids?
Dwarf planets are not asteroids. While both are similar in size and composition, dwarf planets are considered a distinct classification due to their spherical shape and ability to gravitationally clear their orbit of other debris. In contrast, asteroids are irregularly shaped and typically exist in the asteroid belt between Mars and Jupiter.
How do asteroids and planets compare?
Asteroids and planets are both celestial bodies in our solar system, but they differ significantly in size, composition, and characteristics. Planets are larger, spherical objects that orbit the Sun and have cleared their orbits of other debris, while asteroids are smaller, irregularly shaped bodies primarily composed of rock and metal, often found in the asteroid belt between Mars and Jupiter. Additionally, planets can have atmospheres and moons, whereas asteroids typically do not. Overall, their differences reflect their distinct roles in the solar system's structure and evolution.
