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the "free" energy for a fictitious example where the reaction is exothermic (AH=-100 kJ) but has a negative entropy (AS = -20 J/K, 6 kJ at 298K). The amount of free energy in this examples he free energy is the maximum energy available to do work after accounting for the increase in entropy of the system. he free energy is the minimum energy available to do work after accounting for the decrease in entropy of the system. The free energy is the maximum energy available to do work after accounting for the decrease in entropy of the system. The free energy is the minimum energy available to do work after accounting for the increase in entropy of the system. nit Request Answer back

the "free" energy for a fictitious example where the reaction is exothermic (AH=-100 kJ) but has a negative entropy (AS = -20 J/K, 6 kJ at 298K). The amount of free energy in this examples he free energy is the maximum energy available to do work after accounting for the increase in entropy of the system. he free energy is the minimum energy available to do work after accounting for the decrease in entropy of the system. The free energy is the maximum energy available to do work after accounting for the decrease in entropy of the system. The free energy is the minimum energy available to do work after accounting for the increase in entropy of the system. nit Request Answer back

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
Section16.3: Measuring Dispersal Of Energy: Entropy
Problem 16.3CE
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Part A Explain the "free" energy for a fictitious example where the reaction is exothermic (AH = -100 kJ) but has a negative entropy (AS = -20 J/K, 6 kJ at 298K). The amount of free energy in this example is -94 kJ. O The free energy is the maximum energy available to do work after accounting for the increase in entropy of the system. The free energy is the minimum energy available to do work after accounting for the decrease in entropy of the system. The free energy is the maximum energy available to do work after accounting for the decrease in entropy of the system. The free energy is the minimum energy available to do work after accounting for the increase entropy of the system. Submit Provide Feedback Request Answer
Transcribed Image Text:Part A Explain the "free" energy for a fictitious example where the reaction is exothermic (AH = -100 kJ) but has a negative entropy (AS = -20 J/K, 6 kJ at 298K). The amount of free energy in this example is -94 kJ. O The free energy is the maximum energy available to do work after accounting for the increase in entropy of the system. The free energy is the minimum energy available to do work after accounting for the decrease in entropy of the system. The free energy is the maximum energy available to do work after accounting for the decrease in entropy of the system. The free energy is the minimum energy available to do work after accounting for the increase entropy of the system. Submit Provide Feedback Request Answer
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