Changes

:It's interesting that a new user has come along with some new insights into the second law.  Some people have, in the past, had difficulty editing that article.  If this happens to you, feel free to edit my new page [[Essay:Commentary on Conservapedia's article on the second law of thermodynamics]].  [[User:SamHB|SamHB]] ([[User talk:SamHB|talk]]) 23:03, 2 August 2016 (EDT)

:It's interesting that a new user has come along with some new insights into the second law.  Some people have, in the past, had difficulty editing that article.  If this happens to you, feel free to edit my new page [[Essay:Commentary on Conservapedia's article on the second law of thermodynamics]].  [[User:SamHB|SamHB]] ([[User talk:SamHB|talk]]) 23:03, 2 August 2016 (EDT)

== Recent reverison by User:Aschlafly ==

== Recent reversion by User:Aschlafly ==

The introduction and part of the main body of the page was reverted to an older version by [[User:Aschlafly]]. I suggest some of it be changed back since some of the current version is wrong. For example "This principle correctly predicts that heat will never flow from a cold body to a warmer one" is clearly wrong, otherwise refrigerators would not function.

The introduction and part of the main body of the page was reverted to an older version by [[User:Aschlafly]]. I suggest some of it be changed back since some of the current version is wrong. For example "This principle correctly predicts that heat will never flow from a cold body to a warmer one" is clearly wrong, otherwise refrigerators would not function.

Arguably it is falsifiable. Given a container containing chlorine and helium, you can work out the expected length of time for the two gases to separate (entropy decrease). Then work out the length of time such that the probability it doesn't happen is less than 1 in a million (or the 5 sigma needed to claim a discovery) and watch the container for that length of time. If it happens then entropy decrease in a closed system is possible otherwise you can claim it is not. Just because the time is impractical doesn't mean it is not falsifiable. [[User:Richardm|Richardm]] ([[User talk:Richardm|talk]]) 08:53, 27 September 2016 (EDT)

Arguably it is falsifiable. Given a container containing chlorine and helium, you can work out the expected length of time for the two gases to separate (entropy decrease). Then work out the length of time such that the probability it doesn't happen is less than 1 in a million (or the 5 sigma needed to claim a discovery) and watch the container for that length of time. If it happens then entropy decrease in a closed system is possible otherwise you can claim it is not. Just because the time is impractical doesn't mean it is not falsifiable. [[User:Richardm|Richardm]] ([[User talk:Richardm|talk]]) 08:53, 27 September 2016 (EDT)