which of the following statements is not a prediction of the general theory of relativity
A general theory of relativity says that when we travel through empty space, we experience accelerated motion.
This is another way of saying that a theory like relativity is built on a mathematical model of the world. A mathematical model is where you assume certain rules to be true and then solve for what would happen if these rules were true.
Einstein is famous for his theory of relativity. It is said that Einstein’s theory of relativity is an essential part of physics and most of the theoretical physics you will encounter will be built on this theory. In other words, we think of physics as built on the mathematical model of the world, which seems to be a pretty good description of the world.
It’s not quite accurate, but it’s close enough. To be fair, relativity is a very important part of physics, but its true nature is not as obvious as Einstein’s theory. We think of physics as built on this mathematical model of the world, which seems to be a pretty good description of the world.
But the theory is not as accurate as Einsteins theory. In fact, relativity is not even entirely correct. For one thing, Einsteins theory is predicated on the concept of a four-dimensional space: this is essentially true for the universe we live in. But in relativity, this is actually a bit of a stretch. Einsteins theory holds that the universe is flat. But the universe we live in is not flat.
Einstein’s theory of relativity is really just a fancy way of saying that space and time can be curved. You can go to the beach right now and see that the sun is no longer rising; the sun is really just shining on a distant, distant, distant galaxy. It is just a stretch to say that everything in the universe is actually really, really, really, really far away from us.
In reality, Einsteins theory is a bit of a stretch too. The flatness of space and time is a consequence of the fact that everything has a gravity that pulls it towards us. The universe doesn’t actually have a bottom. Gravity is a force that pulls everything towards us, and we are all actually all pulled towards the center of the universe. But if you think about it you can think of space and time as being like a giant funnel.
the universe is actually a lot closer to us then the flat Euclidean space we live in. The universe is actually much more flat than we are. The universe is actually much more curved than we are. The universe is actually even curved on large scales. Our universe is only a small fraction of the universe. And of course, it would take a lot of energy to pull us all towards the center of a curved universe.
If we think about it, we can’t really use our knowledge at all, since we can’t explain it. Our knowledge is limited to the way we think about it. We don’t know how the universe originated and what’s going on inside of it. We don’t know how it’s going to end. We don’t know why our universe ended. We don’t know why it’s expanding. We don’t know how it’s evolving.
As we’ve mentioned in earlier installments, we don’t expect to be able to explain everything there is to know about the universe, but we are sure that it will be pretty special. It’s like the universe had a little secret to share with us and we cant find it. It’s like the universe has a “code” and we just cant figure it out. We dont really understand how it works.