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Key thermodynamic potentials include:



• Internal Energy: the energy required to form a thermodynamic system, isolated from any external environment.

• Enthalpy: the energy needed to form a system and place it within an environment. Enthalpy essentially combines internal energy and the work needed to integrate the system into its surroundings.

• Helmholtz Free Energy: the portion of a systems internal energy that is available to perform work at constant temperature.

• Gibbs Free Energy: the part of the enthalpy of a system that can be used to perform work under constant temperature and pressure conditions.

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Description

Key thermodynamic potentials include: • Internal Energy: the energy required to form a thermodynamic system, isolated from any external environment. • Enthalpy: the energy needed to form a system and place it within an environment. Enthalpy essentially combines internal energy and the work needed to integrate the system into its surroundings. • Helmholtz Free Energy: the portion of a systems internal energy that is available to perform work at constant temperature. • Gibbs Free Energy: the part of the enthalpy of a system that can be used to perform work under constant temperature and pressure conditions.

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