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The big bang marks the beginning of the expansion of space-time from minute to enormous. It marks the beginning of time t = 0. I don't know of any discussion of energy needed for the 'banging' of the big bang. Since it marks the beginning of time it makes no sense for energy to be needed to start the Universe with a bang, for this energy would thus need to be around 'before' the beginning of time. Also, the big bang is technically not an explosion, but an ('explosive') expansion of great great great great great great magnitude. This however does not resolve whether energy need be supplied for a bang or for an expansion. The answer seems to lie in a technicality of time.
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How big is the big bang?
Now How Would We Know EXACTLY How Big It Is And/Or Was?! We Aren't That Clever You Know! ¬¬ Go Ask Alister... The big bang is still happening today, as the universe is still expanding. So the answer to this question depends on the timeframe. The big bang is as big as the universe is today. Before the big bang when all matter was contained in a singularity it was no bigger than a few microns across. Five minutes after the big bang the entire universe was the size of a golf ball. This might not seem big after five minutes, but to go from the size of a few microns to a golf ball is like going from New York to Pluto in 5 minutes.
What is the probable cause that initiated the Big Bang?
At one "fine morning" you had the Big Bang got initiated. Let us discuss the probable cause for the same. There was the huge mass in the space before the initiation of the Big Bang. That was approximately the collective mass of your universe, in total. This much mass would generate extremely high gravitational force. So every particle on the surface will like to go to the centre of the mass. That will lead to contraction of the mass. So the extremely high mass will lead to extremely small size of the mass. So paradoxically you will have the extremely high mass with extremely small volume. The density will be extremely high in that case. The further accumulation of the mass by gathering additional mass from the space will lead to aggravate the problem. There has to be limit to the pressure, which can be tolerated by the mass. That lead to crushing reaction, which has taken place in the pin point mass. Some of the mass got transformed into energy, probably heat energy, leading to the blast. That initiated the Big Bang, probably.
How the Univers was formed?
go to history.com they have the answer to almoste everything about science and all that stuff
Why big bang?
Did the big bang occur? Yes. About 13.7 billion years ago, according to the very precise results from the COBE & WMAP satellites.The evidence for the big bang is abundant, ranging from the expansion of the universe discovered by Hubble (& Einstein) to the cosmic background radiation (CBR) discovered by Bell Laboratory scientists in 1967.Since then, much other evidence has been gathered to corroborate the fact the big bang did occur. It seems confusing that the Big Bang could have happened even though there was no matter or energy in the universe. But really, scientists speculate that there could have been a time before matter, energy, and time itself even existed. The "Big Bang" is a term that describes the event that created the universe. It goes like this: There was no time, no energy, and no matter. basicly, NOTHING existed. Then, a tiny volume of space, smaller then the head of a pin, suddenly expanded and grew to an enormous size. As the volume of space expanded, it created all the energy and matter in the universe. It created nebulas and galaxies of stars and planets. (and many other things, of coarse.) This is when time began to flow. There is plenty of evidence to support that this theory is true. The big bang would have been such a huge event that the waves of energy it created are still traveling in space today! People have actually detected these waves with a device called a spectroscope. Not only this, but scientist think that the universe is still expanding. basicly, the Big Bang is still happening today. We know this because astronomers have noticed that the galaxies of our universe are all moving away from eachother. They are all moving away from the centre of the universe, where the big bang started. The universe is still getting bigger to this day.
Is it true that the big bang theory states the universe will never end?
No it is not true the big bang theory state the universe will never end.The big bang theory currently has 4 proposals for the final end to the universe. Which theory is correct is unclear at this time.1) The Big CrunchIf there is sufficient mass in the universe and dark energy either weakens or is insufficient to over come the gravity the universe expansion will slow, stop then the universe will start to collapse. The universe will get more and more dense until it ends in a big singularity like the big bang but in reverse.2) The Static EndIf there is just enough mass (less than the big crunch) and dark energy weakens or is insufficient to overcome the gravity. The universe will eventually stop expanding but only when the galaxies are so far apart that the gravity will be unable to contract the universe. Eventually all the stars will burn out and no new stars will be made and the universe will eventually go dark. All that will remain is radiation left over from the big bang and dead stars.3) The Big Freeze.If the is not enough mass to stop the expansion or dark energy is sufficient to keep the universe expanding. Then the universe will keep expanding for ever. Eventually the stars will all go out and the radiation from the big bang will have to fill a greater and greater area and the universe will get colder and colder. Galaxies made up of stellar remnants will move further and further apart.4) The Big RipIf there is not enough mass to stop the expansion and a lot of dark energy. The universe will expand at a faster and faster rate. As it gets faster firstly galaxies will be ripped apart. Then the star remnants will be ripped apart, then the matter will be ripped apart and even eventually space time itself will rip.
Is it a bad thing if you get a nose bleed from thinking of where the energy from the big bang came from?
Not necessarily. Nose bleeds are messy and inconvenient, but not very dangerous unless they happen frequently. Don't worry yourself over it. You just go ahead and keep thinking about the big bang.
What dimension was the universe at the first instant of the big bang?
It is unsure because when the big bang explode, space's dimension is expanding, which means the dimension will go on forever.
How big is the big bang?
Now How Would We Know EXACTLY How Big It Is And/Or Was?! We Aren't That Clever You Know! ¬¬ Go Ask Alister... The big bang is still happening today, as the universe is still expanding. So the answer to this question depends on the timeframe. The big bang is as big as the universe is today. Before the big bang when all matter was contained in a singularity it was no bigger than a few microns across. Five minutes after the big bang the entire universe was the size of a golf ball. This might not seem big after five minutes, but to go from the size of a few microns to a golf ball is like going from New York to Pluto in 5 minutes.
Which stars go out with a bang?
Really big stars, which die in supernova explosions.
What is the probable cause that initiated the Big Bang?
At one "fine morning" you had the Big Bang got initiated. Let us discuss the probable cause for the same. There was the huge mass in the space before the initiation of the Big Bang. That was approximately the collective mass of your universe, in total. This much mass would generate extremely high gravitational force. So every particle on the surface will like to go to the centre of the mass. That will lead to contraction of the mass. So the extremely high mass will lead to extremely small size of the mass. So paradoxically you will have the extremely high mass with extremely small volume. The density will be extremely high in that case. The further accumulation of the mass by gathering additional mass from the space will lead to aggravate the problem. There has to be limit to the pressure, which can be tolerated by the mass. That lead to crushing reaction, which has taken place in the pin point mass. Some of the mass got transformed into energy, probably heat energy, leading to the blast. That initiated the Big Bang, probably.
What numbers divide by 5 with no reminder?
the answer is 25. now that you got the answer, go bang yourself 25 times
What is the ultimate fate of the universe according to the classical Big Bang advocates?
To go back together because of the force of gravity pulling everything into a pinpoint center, causing a singularity, and then probably causing another big bang.
What is the song on the E4 advert for the Big Bang Theory - The words go I am a scientist?
The Dandy Warhols - Scientist
How do you go to monkey swamp 2 after the big bang?
You take a right turn in to ur MAMA'S HOUSE
When was Go-Bang created?
Go-Bang was created in 1894.
How the Univers was formed?
go to history.com they have the answer to almoste everything about science and all that stuff
Why big bang?
Did the big bang occur? Yes. About 13.7 billion years ago, according to the very precise results from the COBE & WMAP satellites.The evidence for the big bang is abundant, ranging from the expansion of the universe discovered by Hubble (& Einstein) to the cosmic background radiation (CBR) discovered by Bell Laboratory scientists in 1967.Since then, much other evidence has been gathered to corroborate the fact the big bang did occur. It seems confusing that the Big Bang could have happened even though there was no matter or energy in the universe. But really, scientists speculate that there could have been a time before matter, energy, and time itself even existed. The "Big Bang" is a term that describes the event that created the universe. It goes like this: There was no time, no energy, and no matter. basicly, NOTHING existed. Then, a tiny volume of space, smaller then the head of a pin, suddenly expanded and grew to an enormous size. As the volume of space expanded, it created all the energy and matter in the universe. It created nebulas and galaxies of stars and planets. (and many other things, of coarse.) This is when time began to flow. There is plenty of evidence to support that this theory is true. The big bang would have been such a huge event that the waves of energy it created are still traveling in space today! People have actually detected these waves with a device called a spectroscope. Not only this, but scientist think that the universe is still expanding. basicly, the Big Bang is still happening today. We know this because astronomers have noticed that the galaxies of our universe are all moving away from eachother. They are all moving away from the centre of the universe, where the big bang started. The universe is still getting bigger to this day.
