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standard free energy change for the following reaction: ATP+H₂O-ADP PL. Which two of the following statements are the correct reasons for the reaction to have such a large negative AG" value? 1. decrease in electrostatic repulsion by the cleavage of phosphoanhydride bond. 2. decrease in electrostatic repulsion by the cleavage of phosphoester bond. 3. more resonance stabilization in ATP than in Pi 4. more resonance stabilization in Pi than in ATP

standard free energy change for the following reaction: ATP+H₂O-ADP PL. Which two of the following statements are the correct reasons for the reaction to have such a large negative AG" value? 1. decrease in electrostatic repulsion by the cleavage of phosphoanhydride bond. 2. decrease in electrostatic repulsion by the cleavage of phosphoester bond. 3. more resonance stabilization in ATP than in Pi 4. more resonance stabilization in Pi than in ATP

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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One reason that ATP is considered as a "high energy compound" is due to the large negative standard free energy change for the following reaction: ATP+H₂O-ADP PL. Which two of the following statements are the correct reasons for the reaction to have such a large negative AG" value? 1. decrease in electrostatic repulsion by the cleavage of phosphoanhydride bond. 2. decrease in electrostatic repulsion by the cleavage of phosphoester bond. 3. more resonance stabilization in ATP than in Pi 4. more resonance stabilization in Pi than in ATP O 1 and 3 O 1 and 4 O 2 and 3 O2 and 4
Transcribed Image Text:One reason that ATP is considered as a "high energy compound" is due to the large negative standard free energy change for the following reaction: ATP+H₂O-ADP PL. Which two of the following statements are the correct reasons for the reaction to have such a large negative AG" value? 1. decrease in electrostatic repulsion by the cleavage of phosphoanhydride bond. 2. decrease in electrostatic repulsion by the cleavage of phosphoester bond. 3. more resonance stabilization in ATP than in Pi 4. more resonance stabilization in Pi than in ATP O 1 and 3 O 1 and 4 O 2 and 3 O2 and 4
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