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vaporizes at 100°C or 373.15K, with the enthalpy of steam being AH (40,657 kJ/mol). vape The Gibbs free energy equation is G=H TS or written . • G=AH-TAS So the formation of free energy is AG or A GO AH-TAS ° If AG<0AG<0, then the process occurs spontaneously. If AG=0AG=0 then the system is in equilibrium. If AG>OAG>0, then the process does not occur spontaneously but opposite Calculate the entropy of formation AS and the free energy A,Gº.

vaporizes at 100°C or 373.15K, with the enthalpy of steam being AH (40,657 kJ/mol). vape The Gibbs free energy equation is G=H TS or written . • G=AH-TAS So the formation of free energy is AG or A GO AH-TAS ° If AG<0AG<0, then the process occurs spontaneously. If AG=0AG=0 then the system is in equilibrium. If AG>OAG>0, then the process does not occur spontaneously but opposite Calculate the entropy of formation AS and the free energy A,Gº.

Chemistry: The Molecular Science
Chemistry: The Molecular Science
5th Edition
ISBN:9781285199047
Author:John W. Moore, Conrad L. Stanitski
Publisher:John W. Moore, Conrad L. Stanitski
Chapter16: Thermodynamics: Directionality Of Chemical Reactions
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vaporizes at 100°C or 373.15K, with the enthalpy of steam being AH (40,657 kJ/mol). vape The Gibbs free energy equation is G=H TS or written • G=AH-TAS So the formation of free energy is AG or A GO AH-TAS ° If AG<0AG<0, then the process occurs spontaneously. If AG=0AG=0 then the system is in equilibrium. If AG>OAG>0, then the process does not occur spontaneously but opposite Calculate the entropy of formation AS and the free energy A,Gº.
Transcribed Image Text:vaporizes at 100°C or 373.15K, with the enthalpy of steam being AH (40,657 kJ/mol). vape The Gibbs free energy equation is G=H TS or written • G=AH-TAS So the formation of free energy is AG or A GO AH-TAS ° If AG<0AG<0, then the process occurs spontaneously. If AG=0AG=0 then the system is in equilibrium. If AG>OAG>0, then the process does not occur spontaneously but opposite Calculate the entropy of formation AS and the free energy A,Gº.
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