- #1
Crazymechanic
- 831
- 12
First , elementary particles traveling through vacuum , do they experience any loss of kinetic energy or whatever or are they "unharmed", unchanged while traveling in vacuum?
my guess would be for the second one.
And the other question let me put it this way.
Imagine there is a nuclear fusion reaction and the elementary particles are sitting on a merry-go-round that's spins pretty fast in a vacuum , do the high energy neutrons that come out , do they fly in any direction or are they traveling along the sides away from the merry-go-round because of tangential forces acting on them so that they fly that direction or do they still go equally every direction? Or is this dependent of the tangential velocity?
Thanks
my guess would be for the second one.
And the other question let me put it this way.
Imagine there is a nuclear fusion reaction and the elementary particles are sitting on a merry-go-round that's spins pretty fast in a vacuum , do the high energy neutrons that come out , do they fly in any direction or are they traveling along the sides away from the merry-go-round because of tangential forces acting on them so that they fly that direction or do they still go equally every direction? Or is this dependent of the tangential velocity?
Thanks