2. The graph below represents the chemical potential of a pure substance as a function of the temperature at constant pressure. Solid a) Give the thermodynamic condition so that it occurs a phase transition. Respond using a mathematical expression. Liquid Gas b) Calculate the pressure at which the water would boil at 300 K. ApĦwater) = 40.7 k) / mol. Solid stable Liquid Gas stable stable T, Temperature, T T. Chemical potential, u

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Chapter1: Chemical Foundations
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2. The graph below represents the chemical potential of a pure substance as a
function of the temperature at constant pressure.
Solid
a) Give the thermodynamic condition so that it occurs
a phase transition. Respond using a mathematical
expression.
Liquid
Gas
b) Calculate the pressure at which the water would
boil at 300 K. ApH(wate) = 40.7 kJ / mol.
Solid
stable
Liquid
stable stable
T.
Temperature, T
Gas
Chemical potential, µ
Transcribed Image Text:2. The graph below represents the chemical potential of a pure substance as a function of the temperature at constant pressure. Solid a) Give the thermodynamic condition so that it occurs a phase transition. Respond using a mathematical expression. Liquid Gas b) Calculate the pressure at which the water would boil at 300 K. ApH(wate) = 40.7 kJ / mol. Solid stable Liquid stable stable T. Temperature, T Gas Chemical potential, µ
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