The joining of two amino acids via a peptide bond (the process of protein synthesis) has a positive AG value. What does this imply? Forming a peptide bond is endergonic and must be coupled to another reaction. O Forming a peptide bond is spontaneous and can sometimes be coupled to another reaction. O Forming a peptide bond is spontaneous and does not need to be coupled to another reaction. O Forming a peptide bond increases the entropy of a system. O Forming a peptide bond is exergonic and must be coupled to another reaction.
The joining of two amino acids via a peptide bond (the process of protein synthesis) has a positive AG value. What does this imply? Forming a peptide bond is endergonic and must be coupled to another reaction. O Forming a peptide bond is spontaneous and can sometimes be coupled to another reaction. O Forming a peptide bond is spontaneous and does not need to be coupled to another reaction. O Forming a peptide bond increases the entropy of a system. O Forming a peptide bond is exergonic and must be coupled to another reaction.
Chemistry: The Molecular Science
5th Edition
ISBN:9781285199047
Author:John W. Moore, Conrad L. Stanitski
Publisher:John W. Moore, Conrad L. Stanitski
Chapter12: Chemical Equilibrium
Section12.8: Controlling Chemical Reactions: The Haber-bosch Process
Problem 12.13CE
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Transcribed Image Text:The joining of two amino acids via a peptide bond (the process of protein synthesis) has a
positive AG value. What does this imply?
Forming a peptide bond is endergonic and must be coupled to another reaction.
O Forming a peptide bond is spontaneous and can sometimes be coupled to another reaction.
O Forming a peptide bond is spontaneous and does not need to be coupled to another reaction.
O Forming a peptide bond increases the entropy of a system.
O Forming a peptide bond is exergonic and must be coupled to another reaction.
Transcribed Image Text:Ignoring units, at equilibrium:
OAS=0
Ο ΔΗ = 0
P
AG=0
OT=0
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