- #1
servo75
- 3
- 0
I saw the following scenario on an episode of Cosmos: An interstellar spaceship accelerates at 1g for the 1st half of a journey to a distant star and then decelerates at 1g for the 2nd half. So with constant acceleration, the velocity would go beyond c at some point, which is not possible. So how would one find the relativistic versions of
v(t)=at
and
d(t)=0.5at2
(assuming x0=v0= 0)
Thanks!
v(t)=at
and
d(t)=0.5at2
(assuming x0=v0= 0)
Thanks!