Everything about Exergonic totally explained
Exergonic means to release energy in the form of work. Its etymology stems from the suffix
-ergonic, as derived from the Greek root
ergon meaning
work, combined with the Greek prefix
ex- meaning
out of. By thermodynamic standards, work, a form of
energy, is defined normally to move from the
system (the internal region) to the
surroundings (the external region). Thus, an exergonic process, as contrasted with an
endergonic process, is one that releases energy from the system, of which it's a part, to the surroundings. As a result, during an exergonic process, energy is released
out of the system. If the transformation occurs at constant pressure and temperature, ∆G < 0. When
Gibbs free energy is less than 0, the reaction is exergonic (releases energy).
All physical and chemical systems in the universe follow the
second law of thermodynamics and proceed in a downhill; for example,
exergonic, direction. Thus, left to itself, any physical or chemical system will proceed, according to the
second law of thermodynamics, in a direction that tends to lower the
free energy of the system, and thus to expend energy in the form of work. These reactions occur spontaneously.
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