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What is the birthplace of a star where gas and dust begin swirling together?
A stellar nebula.
Cloud of dust that becomes a star?
A cloud of dust that becomes a star forms through the process of gravitational collapse. As the dust particles come together, they begin to heat up and eventually ignite nuclear fusion, which results in the birth of a new star.
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 is the early phaseof a star called once the gas and dust begin to coalesce into a shpere?
A protoplanetary disk.
What is the early phases of the star called once the gas and dust begin to coalesce into a sphere?
It is called as a PROTOSTAR
What is the early phase of the star called once the gas and dust begin to coalesce into a sphere?
It is called as a PROTOSTAR
A star begins as a ball of gas and dust pulled by together by?
gravity. As the gas and dust come together, the core of the star heats up and eventually nuclear fusion starts, leading to the star shining brightly. The balance between gravity pulling inward and the fusion reactions pushing outward creates the stable conditions that define a star.
What is the duration of Star in the Dust?
The duration of Star in the Dust is 1.33 hours.
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)
When was Star in the Dust created?
Star in the Dust was created on 1956-06-13.
What is a group of stars that form when a lot of gases and dust come together?
A group of stars that form when a lot of gases and dust come together is called a star cluster. Star clusters can be either open clusters, which are loosely bound and contain young stars, or globular clusters, which are tightly bound and contain older stars.
What do nebulas have to do with new stars?
Nebulas are dust and rock particals. The atoms inside will "smash" and "squish" everything together, causing heat. This heat will escape and form a star. Stars are big, small, red, yellow, and so on. Anyway, nebulas are what stars are before they actually form into a REAL star. Once they die, they can become a white dwarf, neutron star, black hole, red giant, and so on. :)
