Consider the following figure for the reaction A A+B C+D Progress of the reaction Is this reaction endergonic, or exergonic? Is the AG for the reaction > 0 or < 0? Which part of the figure (shown with a letter) represents the AG of the reaction? Which part of the figure (shown with a letter) would be the same in either an enzyme- catalyzed or a noncatalyzed reaction? Which part of the figure (shown with a letter) represents the activation energy needed for the enzyme-catalyzed reverse reaction, C + D¬A+ B? Which part of the figure (shown with a letter) represents the difference between the free- energy content of the reactants and the free-energy content of the products? Which part of the figure (shown with a letter) represents the activation energy required for the enzyme-catalyzed reaction? Which part of the figure (shown with a letter) represents the activation energy required for a noncatalyzed reaction? Which part of the figure (shown with a letter) represents the activation energy needed for the noncatalyzed reverse reaction, C + D → A + B?
Consider the following figure for the reaction A A+B C+D Progress of the reaction Is this reaction endergonic, or exergonic? Is the AG for the reaction > 0 or < 0? Which part of the figure (shown with a letter) represents the AG of the reaction? Which part of the figure (shown with a letter) would be the same in either an enzyme- catalyzed or a noncatalyzed reaction? Which part of the figure (shown with a letter) represents the activation energy needed for the enzyme-catalyzed reverse reaction, C + D¬A+ B? Which part of the figure (shown with a letter) represents the difference between the free- energy content of the reactants and the free-energy content of the products? Which part of the figure (shown with a letter) represents the activation energy required for the enzyme-catalyzed reaction? Which part of the figure (shown with a letter) represents the activation energy required for a noncatalyzed reaction? Which part of the figure (shown with a letter) represents the activation energy needed for the noncatalyzed reverse reaction, C + D → A + B?
Chemistry & Chemical Reactivity
10th Edition
ISBN:9781337399074
Author:John C. Kotz, Paul M. Treichel, John Townsend, David Treichel
Publisher:John C. Kotz, Paul M. Treichel, John Townsend, David Treichel
Chapter14: Chemical Kinetics: The Rates Of Chemical Reactions
Section14.7: Reaction Mechanisms
Problem 1.2ACP
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Transcribed Image Text:Consider the following figure for the reaction A +
A+B
+D
Progress of the reaction
• Is this reaction endergonic, or exergonic?
• Is the AG for the reaction > 0 or <0?
Which part of the figure (shown with a letter) represents the AG of the reaction?
Which part of the figure (shown with a letter) would be the same in either an enzyme-
catalyzed or a noncatalyzed reaction?
• Which part of the figure (shown with a letter) represents the activation energy needed for the
enzyme-catalyzed reverse reaction, C+ DA+ B?
• Which part of the figure (shown with a letter) represents the difference between the free-
energy content of the reactants and the free-energy content of the products?
• Which part of the figure (shown with a letter) represents the activation energy required for
the enzyme-catalyzed reaction?
• Which part of the figure (shown with a letter) represents the activation energy required for a
noncatalyzed reaction?
• Which part of the figure (shown with a letter) represents the activation energy needed for the
noncatalyzed reverse reaction, C + D → A + B?
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