by Jeff Bombson November 25, 2006

0. When both of two systems are in equilibrium with a third, the first two systems are in equilibrium with each other

1. Conservation of Energy - Energy cannot be created or destroyed.

2. Entropy continuously increases.

3. Absolute zero cannot be reached.

1. Conservation of Energy - Energy cannot be created or destroyed.

2. Entropy continuously increases.

3. Absolute zero cannot be reached.

by 2004 March 25, 2004

1. Energy cannot be created nor destroyed.

2. In a closed system, the potential energy of the state will always be less than that of the initial state.

3. The entropy of all pure perfect crystals is zero at absolute zero. (It is, of course, impossible to get to absolute zero.)

2. In a closed system, the potential energy of the state will always be less than that of the initial state.

3. The entropy of all pure perfect crystals is zero at absolute zero. (It is, of course, impossible to get to absolute zero.)

by fizzle April 02, 2004

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