Those clumps are known as asteroids and comets. Asteroids are rocky objects primarily found in the asteroid belt between Mars and Jupiter, while comets are icy bodies that come from the outer regions of the solar system. Both asteroids and comets can orbit the Sun.
Small clumps of ice, rock, and dust are called comet nuclei or cometary nuclei. These bodies form the core of a comet and can vary in size and composition. When they approach the Sun, they heat up, causing the ice to vaporize and release gas and dust, which creates the comet's characteristic tail and coma.
The other planets were formed many years ago when the atmosphere didn't contain gravity so rocks and dust floated about in space and eventually over time collided with each other then somehow gravity was made and forced the rocks aand dust to stay together
Yes, planets form around stars. In order to be a planet, one of the requirements is that you have to orbit around a sun. Also, as far as physicists can tell, planets form in the dust of other stars that have already died and left their matter.
Before the Earth, the solar system was a swirling disk of gas and dust. This material eventually clumped together to form the planets, including Earth. Scientists believe that the Earth began to form about 4.5 billion years ago.
The theory that describes gas and dust sticking together and collapsing is known as the nebular hypothesis. This theory suggests that interstellar gas and dust gradually coalesce due to gravitational attraction, forming clumps that eventually become denser and collapse under their own gravity, leading to the formation of stars and planetary systems. As the material collapses, it can heat up and form a protostar, while surrounding material may form a rotating disk from which planets can emerge.
Small clumps of ice, rock, and dust are called comet nuclei or cometary nuclei. These bodies form the core of a comet and can vary in size and composition. When they approach the Sun, they heat up, causing the ice to vaporize and release gas and dust, which creates the comet's characteristic tail and coma.
A large cloud of gas and dust from which stars are formed is called a nebula. Within a nebula, gravity causes the gas and dust to come together, forming clumps that eventually collapse to create new stars. Nebulae are often seen as glowing or dark patches in the night sky.
Nobody really knows. Some people are thinking that clumps of ice, rock, dust, snow etc, just came together to form rings around that planet.
The other planets were formed many years ago when the atmosphere didn't contain gravity so rocks and dust floated about in space and eventually over time collided with each other then somehow gravity was made and forced the rocks aand dust to stay together
Clumps in a nebula form primarily due to gravitational instabilities within the gas and dust. As regions of the nebula become denser, their gravitational pull increases, attracting more material and leading to further clumping. Turbulence and shock waves from nearby stellar events can also compress regions of the nebula, facilitating the formation of these clumps. Eventually, these clumps can evolve into stars or planetary systems as they collapse under their own gravity.
Yes, planets form around stars. In order to be a planet, one of the requirements is that you have to orbit around a sun. Also, as far as physicists can tell, planets form in the dust of other stars that have already died and left their matter.
the solar system began as a huge disc of dust and gas revolving around the sun at the centre and then from that dust and gas planets began to form.
Space is not empty. There is gas and dust in space. However tenuous this is, at some moment it came together - because of the force of gravity - to form larger "clumps", like galaxies, or solar systems.
Before the Earth, the solar system was a swirling disk of gas and dust. This material eventually clumped together to form the planets, including Earth. Scientists believe that the Earth began to form about 4.5 billion years ago.
Planets were formed from dust clouds, or nebulas. These clouds either formed because of remenants of the big bang or because of a star forming. When a star begins its nuclear reactions and starts to shine, it expells a huge amount of gas and dust. As the star spins, the clumps of dust come together and spin around the star, orbiting it. These clumps are planets.
Solar rings are gas and dust around a planet.
A frozen ball of dust and gas revolving around the sun could describe the planet Pluto. The planet, Pluto, was downgraded to a frozen ball dust and no longer considered to be a planet to scientists and astronomers.