We find the following statement in a chemistry textbook: "At pH7.0 and 0.01 M Mg lon, the standard free-energy change for ATP hydrolysis (ATP H20 -> ADP + P) is -28 kJ/mol." This means that- when the reaction reaches equilibrium, the free energy of ADP and Pi is higher by 28 ks/mol than that of ATP and water. 1 mole of ADP and PI in a one molar solution is higher in free energy by 28 kJ/mol than 1 mole of ATP and 1 mole of water under the given set of conditions. 1 mole of ADP and Pi in a one molar solution is lower in free energy by 28 kJ/mol than 1 mole of ATP and 1 mole of water under the given set of conditions. Owhen the reaction reaches equilibrium, the free energy of ADP and Pi is lower by 28 kJ/mol than that of ATP and water. at any concentration of the 2 reactants and 2 products the difference of free energy between the reactants and products is 28 k/mol.
We find the following statement in a chemistry textbook: "At pH7.0 and 0.01 M Mg lon, the standard free-energy change for ATP hydrolysis (ATP H20 -> ADP + P) is -28 kJ/mol." This means that- when the reaction reaches equilibrium, the free energy of ADP and Pi is higher by 28 ks/mol than that of ATP and water. 1 mole of ADP and PI in a one molar solution is higher in free energy by 28 kJ/mol than 1 mole of ATP and 1 mole of water under the given set of conditions. 1 mole of ADP and Pi in a one molar solution is lower in free energy by 28 kJ/mol than 1 mole of ATP and 1 mole of water under the given set of conditions. Owhen the reaction reaches equilibrium, the free energy of ADP and Pi is lower by 28 kJ/mol than that of ATP and water. at any concentration of the 2 reactants and 2 products the difference of free energy between the reactants and products is 28 k/mol.
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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Transcribed Image Text:We find the following statement in a chemistry textbook: "At pH7.0 and 0.01 M Mg?* lon, the standard free-energy change for ATP
hydrolysis (ATP + H20 -> ADP + P) is -28 kJ/mol." This means that-
when the reaction reachen equilibrium, the free energy of ADP and Pi is higher by 28 kJ/mol than that of ATP and water.
1 mole of ADP and PI in a one molar solution is higher in free energy by 28 kJ/mol than 1 mole of ATP and 1 mole of water under the
given set of conditions.
1 mole of ADP and Pi in a one molar solution is lower in free energy by 28 kJ/mol than 1 mole of ATP and 1 mole of water under the
given set of conditions.
when the reaction reaches equilibrium, the free energy of ADP and Pi is lower by 28 kJ/mol than that of ATP and water.
at any concentration of the 2 reactants and 2 products the difference of free energy between the reactants and products is 28
kJ/mol.
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