The reaction in (C --> B + A) is favorable at low temperatures only and the reaction in  (B + 2C --> D) is favorable at all temperatures. What does this imply for the sign of the entropy change of each reaction? Suggest one possible phase of matter for each of the species (A, B, C, and D) consistent with both of these entropy changes C --> B + A           ΔH= -730kJ/mol B + 2C --> D      ΔH= -185 kJ/mol

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The reaction in (C --> B + A) is favorable at low temperatures only and the reaction in  (B + 2C --> D) is favorable at all temperatures. What does this imply for the sign of the entropy change of each reaction? Suggest one possible phase of matter for each of the species (A, B, C, and D) consistent with both of these entropy changes

C --> B + A           ΔH= -730kJ/mol

B + 2C --> D      ΔH= -185 kJ/mol

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