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Reaction 1: A₁ E₁B₁ AGO =-39.00 kJ/mol AGO+131 kJ/mol (without enzyme) AG‡=+52kJ/mol (with enzyme) Reaction 2: A2 E2 > B2 AGO = -12,5 kJ/mol 4 Gº + 17 215/mol (without enzyme A Gº‡: +52 KJ/mol (with enzyme)

Reaction 1: A₁ E₁B₁ AGO =-39.00 kJ/mol AGO+131 kJ/mol (without enzyme) AG‡=+52kJ/mol (with enzyme) Reaction 2: A2 E2 > B2 AGO = -12,5 kJ/mol 4 Gº + 17 215/mol (without enzyme A Gº‡: +52 KJ/mol (with enzyme)

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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Based on the information for the shown reactions, please indicate that the following statement is true or false: “Under standard conditions, the factor by which E1 increases the velocity of the reaction 1 is most likely to be lower than that by which E2 increases the velocity of the reaction 2”. Briefly explain your reasoning.

 

 

Ei Reaction 1: A₁ EIB, AGº' = -39.00 kJ/mol AGO‡: +131 KJ/mol (without enzyme) AG‡=+52kJ/mol (with enzyme) Reaction 2: A2 ===> B₂ AG₁¹ = -12.5 kJ/mol E₂ → * Gº# = +17-2 165/mol ( Without enzyme) A Gº‡: + 52 KJ/mol (with enzyme)
Transcribed Image Text:Ei Reaction 1: A₁ EIB, AGº' = -39.00 kJ/mol AGO‡: +131 KJ/mol (without enzyme) AG‡=+52kJ/mol (with enzyme) Reaction 2: A2 ===> B₂ AG₁¹ = -12.5 kJ/mol E₂ → * Gº# = +17-2 165/mol ( Without enzyme) A Gº‡: + 52 KJ/mol (with enzyme)
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