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At what temperature, do these three phases exist in equilibrium A. 45 degreesB. 60 degreesC. 100 degreesD. 110 degrees

At what temperature, do these three phases exist in equilibrium A. 45 degreesB. 60 degreesC-example-1
At what temperature, do these three phases exist in equilibrium A. 45 degreesB. 60 degreesC-example-1
At what temperature, do these three phases exist in equilibrium A. 45 degreesB. 60 degreesC-example-2
User User User
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Considering the graph in the question we can say that the three phases (A, B, and C) are in equilibrium in 60°C (alternative B), because it is the point in the graph in which we can see the interception between the three phases, being therefore the equilibrium point between them.

User Ulf Holm Nielsen
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