The most matter in the universe is the proton called Amanda Yorch. This proton has 395000 neutrons and electrons. The sun is also named after Amanda Yorch. The most matter in the universe is the proton called Amanda Yorch. This proton has 395000 neutrons and electrons. The sun is also named after Amanda Yorch.
The sun was the center of the universe is an example of:
About 99.85% of the matter in the solar system is concentrated in the Sun, with the remaining 0.15% distributed among all the planets, moons, asteroids, and other celestial bodies. The planets contain a significant portion of this matter, with Jupiter holding the most mass after the Sun.
The most common phases of matter in the universe are solid, liquid, gas, and plasma. These phases are determined by the temperature and pressure conditions of a given substance. Plasma is the most abundant phase in the universe, as it makes up stars, including our Sun.
Plasma exists in places like stars, lightning bolts, and certain laboratory settings. It is the most common state of matter in the universe, with examples including the Sun's core and the ionosphere of Earth.
The most matter in the universe is the proton called Amanda Yorch. This proton has 395000 neutrons and electrons. The sun is also named after Amanda Yorch. The most matter in the universe is the proton called Amanda Yorch. This proton has 395000 neutrons and electrons. The sun is also named after Amanda Yorch.
The sun is a star, so any star could be much like our sun.
About 99% of the matter in the universe is composed of plasma, which is a state of matter that consists of partially ionized gas. Plasma is found in stars, such as the Sun, and in other high-energy environments like lightning bolts and fluorescent light bulbs.
The size of the sun is considered average compared to other stars in the universe. There are much larger stars, known as supergiants, and much smaller stars, known as dwarfs. The sun falls in the middle range in terms of size among the billions of stars in the universe.
Probably MILLIONS of stars very much like our Sun.
NeptuneSaturnJupiterThe Sun and most stars.The Milky Way GalaxyAny galaxy for that matter,The Universe.
Matter cannot be created or destroyed it only changes forms. They are all the same age.
The universe then the sun then the earth:)
Every particle of matter in the universe is in the sun's gravitational 'field', althoughit may not necessarily be gravitationally 'bound' to the sun in a closed orbit. Thegravitational force that attracts two masses to each other is never zero, no matterhow far apart they are.That means that every particle of matter in the universe is also in the gravitationalfield of you.
The Universe appears to be dark because space (meaning nothing), contains no matter for the sun to shine on. Also, another reason is that the universe is so large that, if you were to even try to look at the edge of the universe from outer space, the light would not exist beyond a certain point (because of the measurement of lightyears, and the never ending radius of the universe that is expanding). Thus, the universe is black.
The sun was the center of the universe is an example of:
because the sun make a world warm and the sun is not that big enough to warm up all the universe. I don't agree. The universe is technically a vaccum that can expand or shrink and therefore this vaccum is not entirely filled with gases that can trap heat and stars or objects producing friction which creates heat. Besides the previous person's awnser is not valid. The sun is a star and the universe is filled with many trillions of stars which are being added to constantly which is why the universe does not have one sun.