- #1
RyanH42
- 398
- 16
We know that If object is homogenius and small (like gold atom) we can use this equation to calculate total energy of object when it moves very slow due to speed of light.And the equation is ##1/2(m_1v^2+m_2v^2+m_3v^2...=1/2Mv^2##, ##(M=m_1+m_2+m_3...)## here v is small and we are talking about a sphere.This means in every piece there's extra kinetic energy.And when we add them we get total energy
Now let's suppose we have a very large scale object, a galaxy cluster.Its not homogenius.So let's suppose that massive bigger object moves nearly speed of light.How can we calculate the the kinetic energy distrubition ?
Is this kinetic energy will distrubute the sphere in homogenius ways or just where the matter exist ?
If we take larger sphere radius How can this kinetic energy distrubition can be change ?
Now let's suppose we have a very large scale object, a galaxy cluster.Its not homogenius.So let's suppose that massive bigger object moves nearly speed of light.How can we calculate the the kinetic energy distrubition ?
Is this kinetic energy will distrubute the sphere in homogenius ways or just where the matter exist ?
If we take larger sphere radius How can this kinetic energy distrubition can be change ?