Respuesta :
The relativistic mass is
m / sqrt( 1 + v^2/c^2 ) = 3m
1 + v^2/c^2 = 1/9
v = c * sqrt(8) / 3
What is that, about 94%
What is Relativistic Momentum?
- The definition of relativistic momentum ensures that momentum conservation is true in all inertial frames.
- Relativistic momentum is conserved, exactly as classical momentum, whenever the net external force acting on a system is zero. Numerous experiments have supported this.
- Traditionally, the particle's mass and velocity were used to calculate the momentum.
- Since the speed of light cannot be exceeded, it follows that either the concept of momentum must be altered or that there is a maximum momentum that a particular particle may have.
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