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What force pulled the particles of gas and dust together making the solar nebular shrink?
Gravitational force pulled the particles of gas and dust together, causing the solar nebula to shrink and eventually form the solar system.
What is a star called that begins as a large cloud of dust and gas?
A star that begins as a large cloud of dust and gas is called a protostar. It forms as gravity causes the dust and gas to clump together and initiate the process of nuclear fusion in its core.
What force formed the earth from swirling dust?
The gravitational force pulled together swirling dust and gas in the early solar system, causing it to condense and form the Earth. This process is known as accretion.
Stars are able to form from clouds of dust and gas because of?
the force of gravity pulling the dust and gas together. As these particles are pulled closer, they heat up and eventually ignite nuclear fusion at the core, leading to the formation of a star.
Where Does The Sun Come From?
Nuclear fusion.
What force caused a ball of dust rock and ice to be pulled together to form earth?
The force of gravity caused the various particles of dust, rock, and ice to be pulled together to form Earth. Over time, the gravitational attraction between these particles caused them to collide and merge, eventually forming a larger body that became our planet.
What force pulled the particles of gas and dust together making the solar nebular shrink?
Gravitational force pulled the particles of gas and dust together, causing the solar nebula to shrink and eventually form the solar system.
What is a star called that begins as a large cloud of dust and gas?
A star that begins as a large cloud of dust and gas is called a protostar. It forms as gravity causes the dust and gas to clump together and initiate the process of nuclear fusion in its core.
What force formed the earth from swirling dust?
The gravitational force pulled together swirling dust and gas in the early solar system, causing it to condense and form the Earth. This process is known as accretion.
Do dwarf stars begin their life as planets?
No, but planets or planet dust could be pulled together to make a star, resulting in a dwarf star. (in theory)
How are dust and gas particles pulled together?
Dust and gas particles are pulled together primarily through gravitational attraction and electromagnetic forces. As particles accumulate and their mass increases, their gravitational pull becomes stronger, attracting more particles. Additionally, electromagnetic interactions can cause charged particles to clump together, enhancing the aggregation process. This combination of forces is crucial in the formation of larger structures, such as stars and planets, in space.
Can you eat a dust ball?
Yes, but it is ill-advised. (You don't want to know what all is in a dust ball.)
What pulled the dust and gas of the solar system together?
The dust and gas of the solar system were pulled together primarily by gravity. Initially, a rotating cloud of gas and dust, known as the solar nebula, began to collapse under its own gravitational attraction. As it contracted, it spun faster and flattened into a disk, leading to the formation of the Sun at the center and planets from the remaining material. This process was influenced by various factors, including shock waves from nearby supernovae that may have triggered the collapse.
What is is solar nebula?
A solar nebula is a place where new stars are formed. Stars are "born" here when giant dust and gas clouds are pulled together under the force of gravity.
A star begins as a?
As a nebula, a cloud of gas and dust.
What is the compact gas and dust that became a planet?
A protoplanetary disk is a concentration of gas and dust around a young star that eventually comes together to form planets. As the material in the disk begins to clump together due to gravity, it forms planetesimals which then grow into planets through accretion and collisions.
Stars are able to form from clouds of dust and gas because of?
the force of gravity pulling the dust and gas together. As these particles are pulled closer, they heat up and eventually ignite nuclear fusion at the core, leading to the formation of a star.
