Asked by Ian
Suppose that you are at the top of a (rigid) rocket which is half a light
year tall. If the rocket is accelerating such that your proper acceleration
is 1g,
What is the proper acceleration at the bottom of the rocket?
B =
F c2
c2 F
:
This is one of the equations given:
alpha B = (alpha f c^2)/(c^2 - delta alpha f)
It seems that delta alpha f is the difference in accelerations. I can't find any equation that uses the distance. Is it OK to use the distance in this one?
year tall. If the rocket is accelerating such that your proper acceleration
is 1g,
What is the proper acceleration at the bottom of the rocket?
B =
F c2
c2 F
:
This is one of the equations given:
alpha B = (alpha f c^2)/(c^2 - delta alpha f)
It seems that delta alpha f is the difference in accelerations. I can't find any equation that uses the distance. Is it OK to use the distance in this one?
Answers
There are no AI answers yet. The ability to request AI answers is coming soon!
There are no human answers yet. A form for humans to post answers is coming very soon!