say an object of mass "m" who's has a constant acceleration "a" (in it's point of view)
In the point of view of the object "t" time has passed
Let's say it started immobile in a referential A
how would you calculate the time passed in the point of view of referential A
Sorry for the horrible English but it's not my native langage.
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Anonymous2007-01-16 2:15
it's impossible
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Anonymous2007-01-16 6:33
It's not impossible, but I don't feel like digging up time dilation formulas and all that right now.
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Anonymous2007-01-16 15:23
>>3
please halp it's been bothering me for a while now
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Anonymous2007-01-17 1:27
I tried to do it but failed miserabely
I now want to know also how u do this?
I'm pretty sure u have to integrate
Assuming a constant accel int the rockets frame:
t'=y(t-(v/c^2)*x ), v=at, t' is in frame A
Also note: It's mass dosen't matter for this question unless this is a rocket in which case m changes and I don't care.