This feels like the typical momentum problem involving light, but using sci-fi scale numbers. In these cases, there are a few things to take into consideration:
-conservation of momentum
-conservation of energy
As for the relevant equations, there may have been some confusion on what K_m_a_x =...
It might have just been a question put into make you think about the possible consequences. But there's a slight miscalculation - you're off by one decimal place: ~1,111 Kg. Whats so special about this? Dividing by 365 to get the daily rate, you arrive at the conclusion that to support the...
Your answer corresponds with mine.
And for the two equations:
The second equation listed at the end, involving U':
you have two inertial frames, let's say S, and S'. The S' frame is moving at a speed V(observers on spaceship), while frame S is motionless (observers on Earth).
lets add your...