Yep. Along similar lines of thought, there's the issue that the equations and laws governing classical mechanics fall apart in such settings. Even so, assuming that we can apply classical thought to the problem: the…
"a rocket takes off. let's say it's going upwards at 1 m/s at some short time after takeoff. why can't it then reduce (not to zero) acceleration such that it stays going upwards at 1 m/s all the way out of the gravity…
Yep. Along similar lines of thought, there's the issue that the equations and laws governing classical mechanics fall apart in such settings. Even so, assuming that we can apply classical thought to the problem: the…
"a rocket takes off. let's say it's going upwards at 1 m/s at some short time after takeoff. why can't it then reduce (not to zero) acceleration such that it stays going upwards at 1 m/s all the way out of the gravity…