Fill the table:aComparisonExergonicEndergonicAG2Spontaneous/ not spontaneousEntropy (high/low)Metabolic(catabolic/anabolic)45Energy requirementSystem (open„closed)67Example9FrequencybConsider a metabolic reaction with following facts: Free energy (AG) = -30Kcal/mol, Activation energy (EA) = 60 . If an enzyme added, calculate(AG) =Kcal/mol(EA) =%3!3.

S.No Comparison Exergonic Endergonic 1 ΔG Negative ( < 0 ) Positive ( >0 ) 2 Spontaneous /…

Fill the table: a Comparison Exergonic Endergonic 1 AG Spontaneous I not spontaneous Entropy (high/low) 4 Metabolic (catabolic/anabolic) Energy requirement System (open „closed) 7 Example 9 Frequency b. Consider a metabolic reaction with following facts: Free energy (AG) = -30 Kcal/mol, Activation energy (EA) = 60 . If an enzyme added, calculate (AG) = Kcal/mol (EA) = 2. 6.

Fill the table: a Comparison Exergonic Endergonic 1 AG Spontaneous I not spontaneous Entropy (high/low) 4 Metabolic (catabolic/anabolic) Energy requirement System (open „closed) 7 Example 9 Frequency b. Consider a metabolic reaction with following facts: Free energy (AG) = -30 Kcal/mol, Activation energy (EA) = 60 . If an enzyme added, calculate (AG) = Kcal/mol (EA) = 2. 6.

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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