1. Yerka Van Gogh Thermodynamics:Thermodynamics: The transformation of HeatHeat toto WorkWork

2. Steady state - Sow t1t1t1t1 t3t3t3t3 t2t2t2t2 Unsteady state Unsteady state - Baecian Camel t1t1t1t1 t3t3t3t3 t2t2t2t2 Muybridge Cucchi Ernst Thermodynamic functions & states Thermodynamic Dead state EquilibriumEquilibrium

3. Law of conservation of mass L ’ Arc de Triomphe continuous flow system: dm in - dm out = dm cv /dt

4. Entropy - the “ clock ” of the universe Entropy is a measure of disorder. Low Entropy - high order, High Entropy - high disorder. Entropy is a measure of disorder. Low Entropy - high order, High Entropy - high disorder. The total entropy of the Universe, which is an isolated system, is always increasing. The total entropy of the Universe, which is an isolated system, is always increasing. The total entropy tend towards a maximum, corresponding to complete disorder. Simultaneously, the available energy of the Universe tends towards a minimum. The total entropy tend towards a maximum, corresponding to complete disorder. Simultaneously, the available energy of the Universe tends towards a minimum. This means that a time must finally come that no energy being available for us - “the heat death of our Universe.” This means that a time must finally come that no energy being available for us - “the heat death of our Universe.” “The three ages and death” by Hans Baldung Grien, simulates the above. “The three ages and death” by Hans Baldung Grien, simulates the above.

5. Mondrian Severini Pollock S = 0 S > 0 S = S S = S max max 3rd. Law of Thermodynamics: S = 0 at T = 0 with maximum order S > 0 Robert