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What else can I help you with?
When did matter cool and stick together in the big bang?
That depends by what level of "stick together" you are talking about. For example, quarks and gluons combined to form protons and neutrons, approximately one millionth of a second after the Big Bang. For other levels of "sticking together", check the Wikipedia article on the Big Bang.
How were protons produced?
Quarks. Up and down quarks, I think. Google quark.
Scientists think that a few hundred million years or so after the Big Ban space cooled off enough for matter to form This matter spread out around the universe with no structure but each little bit?
Yes, after the Big Bang, the universe rapidly expanded and cooled down, allowing particles to come together and form matter. This matter eventually spread out unevenly, clumping together due to gravity to form structures like galaxies and stars.
Why do we have stars and sky?
After the big bang when the temperature of the universe cooled down, the gases combined to form matter in the form of planets.
What caused dust and gas to come together after the big bang?
Gravity played a key role in causing dust and gas to come together after the Big Bang. As matter expanded and cooled, small variations in density led to the aggregation of particles due to gravitational attraction. Over time, this process resulted in the formation of stars, galaxies, and eventually planets.
The big bang theory a supposition about the creation of the universe postulates that all of the matter in the universe exploded and cooled as it spread in all directions?
True
How do you set the automatic garage door opener on a 2000 Chevy Blazer?
u stick it in the exhaust pipe and a bang a bang bang u stick it in the exhaust pipe and a bang a bang bang
What force do scientists think was responsible for clumping matter together to from the first starts after the big bang?
Scientists believe that gravitational forces were primarily responsible for clumping matter together to form the first stars after the Big Bang. As the universe expanded and cooled, regions of density fluctuations in the primordial gas began to collapse under their own gravity. This process led to the formation of protostars, which eventually ignited nuclear fusion, marking the birth of the first stars.
Did the big bang theory postulate that all of the matter in the universe cooled as it spread in all directions?
No. It states that matter cooled as all space in all parts of our Universe EXPANDED in all directions. Contrary to a popular misconception -- not helped by misleading or ignorant popular presentations -- Big Bang Cosmology does NOT state that matter exploded out from a central point into empty space. Rather, it states that SPACE ITSELF expanded at all points in our Universe, reducing the density and temperature of the matter within this expanding space.
How did the big bang form the planets?
After the Big Bang 13.8 billion years ago, the universe rapidly expanded and cooled. Gravity then caused matter to clump together in clouds, eventually forming stars and galaxies. Planets formed from leftover materials in the disc surrounding young stars. The process involved accretion, where particles collided and stuck together to build up larger bodies, leading to the formation of planets.
Is light the origin of the universe?
Light is not the origin of the universe. The universe began with the Big Bang, a rapid expansion of space and time. Light is a form of electromagnetic radiation that was produced after the Big Bang as the universe cooled down and matter began to form.
Why didn't all matter burn up or disintegrate into gas at the big bang?
In fact, the matter already started out as a gas. Only when the Universe cooled down quite a lot was it possible to form galaxies, planets, etc.
