- #1
Bjarne
- 344
- 0
Let’s say there was a stable Acceleration Due to gravity at 1m/s^2 towards a certain direction, and a stone would keep accelerating that direction.
The Stone wood not reaches the speed of light, because it requires more and more energy to reach a diminishing speed increment.
How fast would the max speed be the stone could travel, relative to an observer at rest?
And how can it be calculated?
The Stone wood not reaches the speed of light, because it requires more and more energy to reach a diminishing speed increment.
How fast would the max speed be the stone could travel, relative to an observer at rest?
And how can it be calculated?