Give the state of a chemical reaction when G=0
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When a process or a reaction is occurring at constant pressure P and constant temperature T, the 2nd law of thermodynamics is rearranged to define a new quantity called as Gibbs free energy (G).
Gibbs free energy is used for determining the spontaneity of a process and only the changes in the G value are considered instead of the absolute value.
When ΔG = 0, then the system or the state of the chemical reaction is said to be in equilibrium.
In this state, the concentrations of the reactants and the products remain constant.
Gibbs free energy is used for determining the spontaneity of a process and only the changes in the G value are considered instead of the absolute value.
When ΔG = 0, then the system or the state of the chemical reaction is said to be in equilibrium.
In this state, the concentrations of the reactants and the products remain constant.
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