Question: Solid sulfur undergoes a phase transition between the monoclinic (m) and orthorhombic (o) phases at a temperature of 368.3 K and pressure of 1 bar.
Solid sulfur undergoes a phase transition between the monoclinic (m) and orthorhombic (o) phases at a temperature of 368.3 K and pressure of 1 bar. Calculate the difference in Gibbs energy between monoclinic sulfur and orthorhombic sulfur at 298 K and a pressure of 1 bar. Which phase is more stable at 298 K? Take the entropy in each phase to be given by the following expressions:![Monoclinic phase: Sm 13.8 +0.066T [J/(mol K)] Orthorhombic phase: so = 11.0+](https://dsd5zvtm8ll6.cloudfront.net/images/question_images/1708/4/1/4/33165d4557bd3ab91708414330364.jpg)
Monoclinic phase: Sm 13.8 +0.066T [J/(mol K)] Orthorhombic phase: so = 11.0+ 0.071T [J/(mol K)] =
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