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The arrow of time is a consequence of the Second Law of Thermodynamics.
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The '''arrow of time''' is how the passage of time is always associated with an overall increase in disorder, or [[entropy]].  Hence time is not symmetric, like space, but is directional.
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The '''arrow of time''' is how the passage of time is always associated with an overall increase in disorder, or [[entropy]].  Hence time is not symmetric, like space, but is directional.  The arrow of time is a consequence of the [[Second Law of Thermodynamics]].  
 
The term was coined in 1927 by astronomer Sir [[Arthur Eddington]].<ref name="WhomadeGod">{{cite book
 
The term was coined in 1927 by astronomer Sir [[Arthur Eddington]].<ref name="WhomadeGod">{{cite book
 
|author=Edgar Anrews
 
|author=Edgar Anrews
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