Other objects that can form from nebulae include stars, planets, moons, asteroids, and comets. These objects are formed through processes such as gravitational collapse, accretion of material, and condensation within the cloud of gas and dust that makes up a nebula.
Nebulae are not stars. They are clouds of dust, hydrogen, helium, and other ionized gases in space where stars are born. Some nebulae can be observed because of the light of nearby stars reflecting off their gas and dust.
Nebulae are formed when clouds of gas and dust in space collapse under their own gravity. As the cloud collapses, it can trigger the formation of new stars. The gas and dust that remain are illuminated by the newly formed stars, creating the colorful and intricate structures that we see in nebulae.
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.
Stars. That is how stars are formed. They form from nebulae.
Nebulae are large clouds of dust and gas in space where stars are born. Within a nebula, gravitational forces can cause the gas and dust to collapse and form a protostar, which eventually ignites nuclear fusion and becomes a star. Therefore, nebulae are the birthplaces of stars, and stars are formed from the material within nebulae.
it depends on how large the nebulae is. The largest of nebulae (in both distance and height) form the largest number of stars while the smallest of nebulae (in both distance and height) form the least number of stars. Therefore there is no fixed number for the number of stars that can be formed from a single nebulae (a variable amount of stars can be formed from one nebulae)
doppler shifts
Nebulae are not stars. They are clouds of dust, hydrogen, helium, and other ionized gases in space where stars are born. Some nebulae can be observed because of the light of nearby stars reflecting off their gas and dust.
Nebulae are formed when clouds of gas and dust in space collapse under their own gravity. As the cloud collapses, it can trigger the formation of new stars. The gas and dust that remain are illuminated by the newly formed stars, creating the colorful and intricate structures that we see in nebulae.
*the correct term is nebulae. a nebulae is a could of many gases and dust, where stars are created. TYPES: Diffuse Nebulae- the most common type. it is interstellar, which means among the stars, and not part of any galaxy. Planetary Nebulae- completely unrelated to planets. planetary nebulae is when gas and plasma are formed after certain types of stars die. it sometimes looks like gas planets, like neptune and uranus, hence the name. Reflection Nebulae- clouds of dust that reflect the light of nearby stars, though they are not nebulae, because they do not create stars. Protoplanetary Nebulae- a point in the lifetime of an astronomical object (star). protoplanetary nebulae, or preplanetary nebulae, emit light, much like reflection nebulae Emission Nebulae- a could of ionized gas which emits colorful lights
Solar systems are formed by nebulae. The larger pieces of dust and other materials attract the smaller ones, get bigger, and attract even more pieces of random things, and so on, until a star and sometimes planets are eventually 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.
Stars. That is how stars are formed. They form from nebulae.
Nebulae are made of clouds of hydrogen and other elements or clouds of dust (dark nebulae)
Ionized hydrogen and helium are the most abundant chemical elements in nebulae.
Nebulae are large clouds of dust and gas in space where stars are born. Within a nebula, gravitational forces can cause the gas and dust to collapse and form a protostar, which eventually ignites nuclear fusion and becomes a star. Therefore, nebulae are the birthplaces of stars, and stars are formed from the material within nebulae.
Most of the nebulae that exist now are formed from the expelled remnants of dead stars. The gas that made up the original nebulae form with the Big Bang.