0
What else can I help you with?
The spectra of interstellar gas clouds show that they have the same basic composition as?
the composition of stars. This similarity suggests that the gas clouds are made up of the same elements found in stars, such as hydrogen and helium.
What are interstellar gas clouds?
Interstellar gas clouds are large clouds of gas and dust located in the vast spaces between stars in a galaxy. These clouds play a crucial role in the formation of new stars and planetary systems, as they can eventually collapse under their own gravity to form protostars. Interstellar gas clouds can also contain complex molecules that are crucial for the chemistry of the universe.
What are the types of matter new stars can form from?
New stars form from the interstellar gas and dust; mainly hydrogen and helium.
The first stars formed in clouds of?
The first stars formed in clouds of predominantly hydrogen and helium gas. These clouds were massive and dense, collapsing under their own gravity to ignite nuclear fusion in their cores, marking the birth of the first generation of stars in the universe.
When is a star formed?
Stars form when there is a sufficient concentration of interstellar gas, to begin the process of gravitational collapse into a star.
The interstellar clouds called molecular clouds are?
Molecular clouds are dense regions of gas and dust in interstellar space where new stars are formed. These clouds are primarily composed of molecular hydrogen along with other molecules like carbon monoxide, water, and ammonia. They play a crucial role in the life cycle of stars and are often the birthplace of young stellar systems.
How do stars age and die?
stars are born from interstellar gas clouds, shine by nuclear fusion and then die
How stars age and die?
stars are born from interstellar gas clouds, shine by nuclear fusion and then die
Stars are formed from clouds of dust and gas called?
Stars. That is how stars are formed. They form from nebulae.
How are dark nebulae formed?
Dark nebulae are formed when dense interstellar clouds of gas and dust block the light from background stars, creating a visible dark patch against the bright emission nebulae behind them. Gravitational forces can cause these clouds to collapse and form new stars within them over time.
The spectra of interstellar gas clouds show that they have the same basic composition as?
the composition of stars. This similarity suggests that the gas clouds are made up of the same elements found in stars, such as hydrogen and helium.
Are all-stars formed by nebulas?
No, all-stars are not formed by nebulas. All-stars are formed from clouds of gas and dust called molecular clouds, which collapse under their own gravity to form a star. Nebulas are massive clouds of dust and gas in space, where stars are born.
What are interstellar gas clouds?
Interstellar gas clouds are large clouds of gas and dust located in the vast spaces between stars in a galaxy. These clouds play a crucial role in the formation of new stars and planetary systems, as they can eventually collapse under their own gravity to form protostars. Interstellar gas clouds can also contain complex molecules that are crucial for the chemistry of the universe.
What is the role that gravity played in the formation of planets stars and solar systems and in determining their motions?
There is no doubt that planets, stars, and solar systems could not ever have formed without gravity. All of these astronomical objects condensed out of clouds of interstellar gas and dust, under the influence of gravity. It is also true that planets orbit stars only because of the gravitational attraction of those stars.
Did the sun form outside the rotating interstelear cloud?
We believe that stars form at the CENTERS of rotating interstellar gas clouds.
What color is a stellar nursery?
alot of different colors; it looks like a galaxy and has stars; stars form in a nebula, from collapsing clouds of interstellar gas and dust
What are the types of matter new stars can form from?
New stars form from the interstellar gas and dust; mainly hydrogen and helium.
