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.
Isn't it cool how all this corresponds to math and stuff?
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a naive boy who appears about once in every physics set of problems
Flurb's heat engine operates between 329.0°C and 25.0°C, and has an efficiency of 62.0% of Carnot efficiency. If 574 J of heat go into the engine, how much work does it produce?
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