Understanding Synchronised Clocks: Definition and Explanation

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Synchronised clocks are defined as two clocks in a stationary frame of reference that measure time at the same rate and appear to show the same time to an observer within that frame. When this frame is accelerated to a constant velocity, the question arises whether the clocks remain synchronised. It is suggested that if both clocks stay in the same frame, they should still be synchronised. However, the complexity of relativity may require input from a qualified expert for a definitive answer. Further discussion on this topic is encouraged in the Relativity forum.
rab99
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I was wondering what is the definition of synchronised clocks...is it

"2 clocks in a frame of reference that measure time at the same rate and appear to an observer within that same frame of reference to show the same time"
 
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Welcome to PF, Rab.
That sounds like a proper definition to me, but I'm not positive about it.
 
synchronised clocks

is two clocks are synchronised in a stationary frame of reference and then that frame of reference is accelerated to a constant velocity are the clocks still synchronised ?
 
If both of them remain in the same frame, then the answer should be 'yes'. I'm no expert on Relativity, though. It's probably best to wait for a real scientist to weigh in with some answers for you.
 
rab99 said:
is two clocks are synchronised in a stationary frame of reference and then that frame of reference is accelerated to a constant velocity are the clocks still synchronised ?

You've also asked this question in the Relativity forum, which is the proper place for it. Therefore I'm locking this thread. Anyone who wants to pursue this question should look in the Relativity forum for it.
 

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