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The equilibrium constant for the equation HNO2(aq)+H2O(l)---H3O+(aq)+NO-2(aq) is Ka-5.6x10-4 M at 25.0 C. Calculate the value of AGorxn at 25.0 C for nitrous acid
The equilibrium constant for the equation HNO2(aq)+H2O(l)---H3O+(aq)+NO-2(aq) is Ka-5.6x10-4 M at 25.0 C. Calculate the value of AGorxn at 25.0 C for nitrous acid when [NO-2]=[H3O+]=[HNO2]=1.00 M AGorxn= ?kJ/mol Will the acid spontaneously dissociate under these conditions? yes no Calculate the value of AGrxn for nitrous acid when [NO-2]=[H3O+]=3.18x10-5 M and [HNO2]=1.457 M. AGrxn= kJ/mol
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HNO2aq HOu Ka 56x104 M AGRT ln Ka When AG 185 KJmol 300 ...
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Elementary Principles of Chemical Processes
Authors: Richard M. Felder, Ronald W. Rousseau, Lisa G. Bullard
4th edition
978-1118431221, 9781119192138, 1118431227, 1119192137, 978-1119498759
