Stars. That is how stars are formed. They form from nebulae.
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.
Yes. Stars form when clouds of gas and dust, called nebulae, collapse under the force of gravity.
Clouds of gas and dust in which stars form are called nebulae. These regions of space are where the raw materials for star formation gather and eventually collapse under their own gravity to give birth to new stars.
We believe that stars form at the CENTERS of rotating interstellar gas clouds.
Stars. That is how stars are formed. They form from nebulae.
Stars form from gas clouds when gravity causes the gas to condense and heat up, eventually reaching temperatures and pressures that trigger nuclear fusion. This fusion reaction releases energy, causing the proto-star to shine and become a fully-fledged star.
The prevailing view is that stars form from the gravitational collapse of immense clouds of gas and dust in outer space.
New stars form from the interstellar gas and dust; mainly hydrogen and helium.
Clouds of gas and dust, called nebulas and then form into protostars.
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.
Yes. Stars form when clouds of gas and dust, called nebulae, collapse under the force of gravity.
Stars form in the great clouds of gas and dust in the spiral arms of a galaxy.
Clouds of gas and dust in which stars form are called nebulae. These regions of space are where the raw materials for star formation gather and eventually collapse under their own gravity to give birth to new stars.
We believe that stars form at the CENTERS of rotating interstellar gas clouds.
Scientists believe that stars form from clouds of gas and dust in space, called nebulae. When these clouds become dense enough, gravity causes them to collapse and form a protostar. As the protostar gathers more material, its temperature and pressure increase until nuclear fusion ignites, turning it into a full-fledged star.
No. New stars form in dense clouds of dust and gas, sometimes in response to the shockwave caused by a "nearby" supernova.