Thermodynamics

Thermodynamics is the branch of Physics that explores the fundamental relationship between Heat and Work. It describes how energy transforms and moves through systems, governing everything from engines to the universe's inexorable journey towards disorder.

See also

Linked from: 134c, 134e, 150f, 152f, 273, 60f, 72c, Air Conditioning, Arrow Of Time, Bond Energy, Carnot Cycle, Chemical Energy, Chemical Engineering, Chemical Equilibrium, Chemical Potential, Closed System, Combustion Chamber, Cooling Systems, Diesel Engine, Ef6, Enclosed System, Endothermic Reaction, Energetic State, Energy Conversion, Energy Dynamics, Energy Flow, Energy Loss, Energy Transfer, Engine Design, Enthalpy, Entropy, Equilbrium, Exergonic Reaction, Exothermic Reaction, First Law, Fluid Dynamics, Fluid Mechanics, Free Energy, Gas Constant, Gas Law, Gas Laws, Gibbs Energy, Gibbs Free Energy, Heat Capacity, Heat Engine, Heat Exchanger, Heat Loss, Heat Pump, Heating, Helmholtz Energy, High Temperature, Ideal Gas, Internal Combustion, Internal Energy, Irreversibility, Isolated System, Kelvin, Kinetic Theory, Kinetics, Le Chateliers Principle, Le Chatelierx27s Principle, Low Temperature, Low Temperature Physics, Macrostate, Mechanical Engineering, Perpetual Motion, Phase Diagram, Phase Separation, Phase Transformation, Phase Transition, Physical Chemistry, Physical Limits, Physical System, Physics, Piston Engine, Radiator, Rankine Cycle, Second Law, Specific Heat, Spontaneous Process, Statistical Mechanics, Statistical Physics, Steam Engine, Steam Power, Supercritical Fluid, Temperature, Temperature Control, Thermal, Thermal Efficiency, Thermal Energy, Thermal Equilibrium, Thermal Fluctuations, Thermal Management, Thermochemistry, Thermodynamic Cycle, Thermodynamic System, Zeroth Law

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