Yes, there are stars still forming in the universe. They form in nebulas.
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. :)
Clouds of gas and dust from which stars form are called interstellar matter.
A planet can't form into a star. Stars born from cold nebulas.
Nebulas.
Stars form in nebulas. They're like star nurseries. The gas and dust in nebulas helps to form stars in their early stages.
Yes, there are stars still forming in the universe. They form in nebulas.
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. :)
Clouds of gas and dust, called nebulas and then form into protostars.
Scientists do believe that new stars form inside the nebulae. Dust and gas that are in the clouds begin to contract and squish together. The clouds will then become hotter and dense enough to make a new star.
a nebula is a cloud of gas dust in space.some nebulas are regains where new strars are being formed while others are the remaidings of dead or dying stars .
Clouds of gas and dust from which stars form are called interstellar matter.
A planet can't form into a star. Stars born from cold nebulas.
nebulas =-)
No, they reflect the light from surrounding stars.
nebulas =-)
Nebulas often create stars.