luthier
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First off, I may or may not know the correct answer to this one...
Here it is..
I have a set of say 100 small perminent magnets which are randomly oriented
in space. I also have an empty burlap sack. I grab each of the magnets one at
a time and throw each one into the bag until all 100 are in the bag.
I then look inside the bag to find that all 100 magnets have attached themselves
to one another to form a single well ordered block of 100.
Remember that there is a law which states that in order to lower entropy you
must add energy in order to "pay" for the decrease in entropy.
The magnets went from a maximum entropy state to one of nearly the most ordered
orientation. Where did the energy come from to lower the entropy ?
Tim
Here it is..
I have a set of say 100 small perminent magnets which are randomly oriented
in space. I also have an empty burlap sack. I grab each of the magnets one at
a time and throw each one into the bag until all 100 are in the bag.
I then look inside the bag to find that all 100 magnets have attached themselves
to one another to form a single well ordered block of 100.
Remember that there is a law which states that in order to lower entropy you
must add energy in order to "pay" for the decrease in entropy.
The magnets went from a maximum entropy state to one of nearly the most ordered
orientation. Where did the energy come from to lower the entropy ?
Tim