I tell you what Thebox why don't you find out about entropy and I mean properly and come back and explain it to me.

Well my interpretation of Entropy may be a little different than you are use too, entropy is represented by the symbol S, it is a measurement of a disorder, however I see it like this,

A glass that is full of water is full, if a constant drip fell into the glass the entropy would overflow out of the glass, this would have a set rate rather than disorder.

Equal loss to equal gain,

of course when I imagine the water I am imagining energy.

Antoine understood entropy, he just needed to know that there is equal gain to equal loss, if the gain was a greater rate than the natural gain then the entropy would change.

added - so if the drip is a variate in rate, disorder can only follow.

added- sorry Jef I have just had a thought,

take two galaxies A and B and each system is gaining positive charge entropy.

>(q+)S

_{A}=+Ve

>(q+)S

_{B}=+Ve

relative to each other both systems repel each other at an accelerated rate, the ''faster'' a system gains + entropy, the ''faster'' the acceleration apart. The moon is gaining + entropy so the earth's + entropy is pushing it away,

added - the further the moon moves away , the more it will accelerate as the earths entropy loses affect on the moon and the moon increases its K.