- #1
atta_bo-y
- 5
- 0
Hey,
I'm new here. It's just very hard to find my specific question on the internet (at least I was not successful). Or maybe my question is just too obvious...
Ok here it goes:
I have two objects: A, B. A is accelerating relative to be. (-> B is accelerating relative to A)
Generally one can feel the effects of acceleration, right?
Now how do I know which one is "really" accelerating?? I know it sounds stupid... But somehow I just don't get it.
And yet another question on acceleration:
Black Holes: How come when you constantly accelerate, you can escape (or just not see) the photons in the horizon??
And with the "loss of entropy": Does that now mean that a random object in space has some "hot particles" around it, because it's accelerating to "some" other object??
Please help me here. I'm really confused.
regards atta_bo-y
I'm new here. It's just very hard to find my specific question on the internet (at least I was not successful). Or maybe my question is just too obvious...
Ok here it goes:
I have two objects: A, B. A is accelerating relative to be. (-> B is accelerating relative to A)
Generally one can feel the effects of acceleration, right?
Now how do I know which one is "really" accelerating?? I know it sounds stupid... But somehow I just don't get it.
And yet another question on acceleration:
Black Holes: How come when you constantly accelerate, you can escape (or just not see) the photons in the horizon??
And with the "loss of entropy": Does that now mean that a random object in space has some "hot particles" around it, because it's accelerating to "some" other object??
Please help me here. I'm really confused.
regards atta_bo-y