Speed, Time and Relativity: A Lurker's Question

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Discussion Overview

The discussion revolves around the relationship between speed, time, and relativity, particularly focusing on how constant relative positions among objects might affect the perception of time. Participants explore concepts related to time dilation and acceleration, questioning the implications of these ideas in the context of relativity.

Discussion Character

  • Exploratory
  • Conceptual clarification
  • Debate/contested

Main Points Raised

  • One participant poses a question about the effect of constant relative position on time, suggesting a relationship between time and speed.
  • Another participant interprets the question as relating to time dilation and the potential inverse relationship between time and acceleration.
  • A third participant asserts that constant relative positions imply zero relative velocity, leading to no time dilation.
  • Further clarification is sought regarding the meaning of "constant relative position to all objects," with a suggestion that this would require everything to have a speed of zero relative to each other, negating the concept of motion.

Areas of Agreement / Disagreement

Participants express differing interpretations of the original question, with some focusing on the implications of constant relative positions and others questioning the clarity of the terms used. The discussion remains unresolved, with multiple competing views on the relationship between speed, time, and relativity.

Contextual Notes

There are uncertainties regarding the definitions of terms like "constant relative position" and how they relate to the principles of relativity. The discussion also highlights assumptions about motion and time dilation that are not fully articulated.

DeadPoet
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Long time lurker, first time poster!

I've been presented a question that I do not have the answer too, at least not an accurate answer and was hoping one could enlighten me as to expand my mind. It goes as follows..


If time is relative to speed.

And speed is the relative position to other objects.

What effect does constant relative position to all objects have on time?

If time has an inverse relation to acceleration is the opposite true?


Thanks everyone!
DP
 
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are you able to re-word that?
 
Constant relative positions implies zero relative velocity therefore no time dilation.
 
nitsuj,

Wish I could re-word it but that was how it was presented to me. :\ Believe he is bumping around ideas that relate to time dilation on mass. And in his second question, I believe he is asking along the lines of 'since time slows down at much faster speeds, does going slower make time faster?' But I didn't want to respond without getting opinions of others cause I'm still a bit perplexed as to what is actually being asked.

Thanks Integral! Much appreciated!

DP
 
What do you mean by "constant relative position to all objects". If you mean the position, relative to all objects, is constant, then you are requiring that everything has speed 0 relative to everything else so there is no motion and "relativity" does not come into it.
 

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