How did the big bang affect earth?

Answer 1

The Big Bang theory effected the whole universe. It the theory of the beginning of the universe. Although, since it can't be proven, it's currently marked as just a theory scientists around the globe are trying to prove it.

Answer 2

the effects of the Bing Bang Theory are what we see around today.The bing bang theory led to the formation of the stars,the planets ,the galaxies etc.as it expanded.As the universe expanded it became cooler and cooler and thus the earth and other planets were able to form a hard outer ,solid layer crust around itself.

Answer 3

Not in the slightest, because, neither the earth, nor any other planets, nor the sun,

nor any other stars, nor any atoms, existed at the moment of the 'big bang'.

But you might say that the big bang was lucky for the earth, since it was the origin

of the conditions out of which the earth would be created, a few billion years later.

Answer 4

Like all scientific paradigms, Big Bang Cosmology can change (and has) when new information shows that an earlier idea was incomplete. This does NOT mean that the idea has been falsified (which can happen, but NOT with BBC), only that it has been modified.

The largest change in BBC in the last few decades has been the concept of Inflation. Basically, this idea holds that the early Universe had a period when its expansion (*NOT* its explosion) went far more rapidly than what has occurred over the last 13.7 billion or so. Making this assumption resolves two problems that had existed in BBC: why is our Universe so uniform, and why are there no magnetic monopoles?

Like all true scientific ideas, Inflation makes predictions about what would be observed when certain experiments were performed. Specifically, the size of perturbations from perfect isotropy in the cosmic microwave background radiation. Recent measurements by WMAP have confirmed that these perturbations exist, and are at the order of magnitude predicted by Inflation Theory.

Answer 5

I think that if there would be a black hole that when the other suns supernova and ecome a black hole that there would be more and then the galaxy would be a big black hole which then would take over the galaxy which then takes the other galaxys too and then the universse would be one big black hole, which then there would be nothing, litterally nothing and in that case would mean that there would be no knowledge inmplying it would be a dream not reality if you think about it. Because if you think about it there will be no you, no me, no one. So there would be nothing because there is no one to have knoledge so that would mean that there is nothing impplying it is all a dream.

Answer 6

While the Big Bang theory has certain philosophical implications, especially when compared to beliefs in the unchangeability of the world or beliefs that the Earth somehow occupies a special place in the universe, those do not necessarily have to affect our lives. After all, it doesn't change anything about the way things work here and now.

Answer 7

The Big Bang model impacted how we view our universe; i.e. that the universe is Time bound (or has a finite existence), that the universe is expanding (within the dimensional limits of Space and Time), that the universe is evolving a set amount of matter and energy while it is expanding over time, and that the universe is homogeneous and isotropic with respect to Space and Time.

Note: The Big Bang Theory and the revised Steady State Theory are different by virtue of their proposed models. The Big Bang supports interpreted observational evidence for an evolutionary expansion of the universe and rationalization for a finite age of the universe. The revised Steady State Theory promotes that new matter and energy are continuously created as the universe expands and the rationalization for an ageless universe.

Answer 8

The Big Bang, which occurred approximately 13.8 billion years ago, is believed to be the event that initiated the expansion of the universe. Over time, the elements forged in stars through nuclear fusion were scattered into space, eventually coalescing to form celestial bodies like Earth. The Big Bang indirectly paved the way for Earth's formation by providing the building blocks necessary for its creation.