a) If a reaction has AH = 111.0 kJ/mol and AS = 241.0 J K 'mol", determine the value of AG (in kJ/mol) for the reaction

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answerhappygod
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a) If a reaction has AH = 111.0 kJ/mol and AS = 241.0 J K 'mol", determine the value of AG (in kJ/mol) for the reaction

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A If A Reaction Has Ah 111 0 Kj Mol And As 241 0 J K Mol Determine The Value Of Ag In Kj Mol For The Reaction 1
A If A Reaction Has Ah 111 0 Kj Mol And As 241 0 J K Mol Determine The Value Of Ag In Kj Mol For The Reaction 1 (21.22 KiB) Viewed 72 times
A If A Reaction Has Ah 111 0 Kj Mol And As 241 0 J K Mol Determine The Value Of Ag In Kj Mol For The Reaction 2
A If A Reaction Has Ah 111 0 Kj Mol And As 241 0 J K Mol Determine The Value Of Ag In Kj Mol For The Reaction 2 (18.73 KiB) Viewed 72 times
a) If a reaction has AH = 111.0 kJ/mol and AS = 241.0 J K 'mol", determine the value of AG (in kJ/mol) for the reaction at 25 C. AG: kJ/mol b) If the reaction is spontaneous at room temperature, at what temperature would it become non-spontaneous? If the reaction is non- spontaneous at room temperature, at what temperature would it become spontaneous? If the spontaneity of the reaction would not change, please enter into the input field. T: K

A sample of a gas is in a reaction vessel under a certain set of conditions such that it possesses 3.10 x 10 microstates. The volume of the vessel is then changed leading to an increase in the number of microstates by a factor of 1.60 a) Determine the entropy for the final configuration of the gas. S: J/K b) Determine the change in entropy when the sample goes from the initial state to the final state, AS: J/K
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