According to Gibbs rule the number of phases (P) present in a system in equilibrium is given as_________
According to Gibbs rule the number of phases (P) present in a system in equilibrium is given as_________ Correct Answer P=C+N-F
P+F=C+N, where F is the degree of freedom, N is the non-compositional variable and C is the number of components. Here the degree of freedom is an intensive variable hence can be varied independently while still maintaining the equilibrium.
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Feb 20, 2025





