#Question id: 412
#Section 2: General Biology
All of the following contribute to the large, negative, free-energy change upon hydrolysis of “high-energy” compounds except:
#Question id: 412
#Section 4: Fundamentals of Biological Engineering
All of the following contribute to the large, negative, free-energy change upon hydrolysis of “high-energy” compounds except:
#Question id: 413
#Section 2: General Biology
The hydrolysis of ATP has a large negative DG'°; nevertheless it is stable in solution due to:
#Question id: 413
#Section 4: Fundamentals of Biological Engineering
The hydrolysis of ATP has a large negative DG'°; nevertheless it is stable in solution due to:
#Question id: 414
#Section 2: General Biology
The hydrolysis of phosphoenolpyruvate proceeds with a DG'° of about –62 kJ/mol. The greatest contributing factors to this reaction are the destabilization of the reactants by electostatic repulsion and stabilization of the product pyruvate by:
#Question id: 414
#Section 4: Fundamentals of Biological Engineering
The hydrolysis of phosphoenolpyruvate proceeds with a DG'° of about –62 kJ/mol. The greatest contributing factors to this reaction are the destabilization of the reactants by electostatic repulsion and stabilization of the product pyruvate by: