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2. Consider the following reaction: HCO, (aq) = H+(aq)+ CO?-(aq) at room temperature (298 K). a) What is AGran when the equilibrium concentrations are AGn +59.0 kJ/mol and [HCO, (aq)] M, and pH is 5. 3.10 M, [CO? (aq)] = 1.30×10-4 b) Would the reaction be spontaneous in forward direction at pH 10 (with all other concentrations as above)? c) What is the value for equilibrium constant? d) Is this a redox reaction? (i.e., does the oxidation state of the carbon change?)

2. Consider the following reaction: HCO, (aq) = H+(aq)+ CO?-(aq) at room temperature (298 K). a) What is AGran when the equilibrium concentrations are AGn +59.0 kJ/mol and [HCO, (aq)] M, and pH is 5. 3.10 M, [CO? (aq)] = 1.30×10-4 b) Would the reaction be spontaneous in forward direction at pH 10 (with all other concentrations as above)? c) What is the value for equilibrium constant? d) Is this a redox reaction? (i.e., does the oxidation state of the carbon change?)

Chemistry
Chemistry
10th Edition
ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Chapter1: Chemical Foundations
Section: Chapter Questions
Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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2. Consider the following reaction: HCO, (aq) = H+(aq)+ CO?-(aq) at room temperature (298 K). a) What is AGran when the equilibrium concentrations are AGn +59.0 kJ/mol and [HCO, (aq)] M, and pH is 5. 3.10 M, [CO? (aq)] = 1.30×10-4 b) Would the reaction be spontaneous in forward direction at pH 10 (with all other concentrations as above)? c) What is the value for equilibrium constant? d) Is this a redox reaction? (i.e., does the oxidation state of the carbon change?)
Transcribed Image Text:2. Consider the following reaction: HCO, (aq) = H+(aq)+ CO?-(aq) at room temperature (298 K). a) What is AGran when the equilibrium concentrations are AGn +59.0 kJ/mol and [HCO, (aq)] M, and pH is 5. 3.10 M, [CO? (aq)] = 1.30×10-4 b) Would the reaction be spontaneous in forward direction at pH 10 (with all other concentrations as above)? c) What is the value for equilibrium constant? d) Is this a redox reaction? (i.e., does the oxidation state of the carbon change?)
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