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please answer all parts 4. Reaction Energy Calculations for Metabolic Process (5 points): The standard free-energy change of the reaction pyruvate + ATP phosphoenolpyruvate +
please answer all parts
4. Reaction Energy Calculations for Metabolic Process (5 points): The standard free-energy change of the reaction pyruvate + ATP phosphoenolpyruvate + ADP is ag = -7.50 kcal. If the reaction is initiated with 6.0 millimole/L of ADP, 6.0 millimole/L of phosphoenolpyruvate, 6.0 millimole/L of ATP, and 0.0 millimole/L of pyruvate, what will the final concentrations be? 5. Stoichiometric Calculations of Metabolic Process (15 points): Consider the glycolysis of glucose where 20 umol of glucose is used to initiate the EMP pathway (see Figure 5.4 in the textbook and in Lecture 13) and answer the following questions: a. Assume that you initiated the EMP pathway to produce dihydroxyacetene phosphate (DHAP). How many umol of DHAP are produced from the initial amount of glucose? (5 points) b. What if you instead took the EMP pathway to the end; how many umol of pyruvate are produced from the same initial amount of glucose? (5 points) c. Determine the amount of free-energy (based on the total ATP) released at the end of the EMP pathway under aerobic conditions from the initial amount of glucose (5 points) Step by Step Solution
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