If the delta G of ATP synthesis is -35kJ/mol, how many moles H+ must be transported, at 25 degrees celsius, under these conditions to synthesize 1 mole of ATP?
If the delta G of ATP synthesis is -35kJ/mol, how many moles H+ must be transported,...
according to the chemiosmotic theory, the synthesis of 1 mole of ATP is coupled to the movement of 4 moles of H+ ions from the low-pH side of the membrane to the high-pH side. (a) derive an expression for delta G for the movement of 4H+. (b) calculate the change in pH across the membrane required to synthesize one mole ATP from ADP and O under standard-state conditions and 25C . DeltaGknot=31.4kJ and for the synthesis of 1 mole of...
Question 10 If the sulfate-reducing bacteria were growing under standard conditions, how many moles of ATP could they synthesize from oxidizing 1 mole of lactate? (Your answer does not have to be an integer.)
the delta g for atp synthesis is +34.5 KJ/mol 2. (5 pts) What is the NG for ATP synthesis (in kJ/mol) in human resting muscle where the concentrations of ATP, ADP, and inorganic phosphate (Pi) are 8 mM, 9M, and 4 mM, respectively and the temperature is 310.15K? Show your work. (30) AG=AGO + RT IN BAT) 4. (5pts) a. Rank the following forms of carbon in order of oxidation state with the most oxidized carbon at the top and...
1) According to the chemiosmotic theory, the synthesis of 1 mole of ATP is coupled to the movement of 4 moles of H ions across the inner mitochondrial membrane (from outside to inside). Both the pH and the electrostatic potential (φ) can be different on different sides of the cell membrane as maintained by metabolic processes. a) Derive an expression for AG for the movement of 4 moles of H from outside the membrane to inside the membrane. Your expression...
If the delta G°¢ for ATP hydrolysis is –31 kJ/mol and the delta G°¢ for phosphoenolpyruvate hydrolysis is –62 kJ/mol, what is the DG°¢ for the phosphorylation of ADP by phosphoenolpyruvate? A) –93 kJ/mol B) –31 kJ/mol C) +31 kJ/mol D) +93 kJ/mol E) none of the above Please provide explanation of how to solve this question, if possible include the reactions, thank you so much
Knowing that delta H of water is 40.7 Kj/mol How many KJ will be required to vaporize 50.0 g of water? Calculate the percent error if you obtain a value of 39.2 Kj/mol for delta h vap for water for experiment
Assuming 2 ATP per NADH and 1 ATP per FADH, how many moles of ATP can be generated in E. coli cell when one mole of myristic acid (14:0) is completely oxidized during beta-oxidation? Assume only FADH is produced during beta-oxidation. a. 67 ATP/mole 14:0 b. 68 ATP/mole 14:0 c. 69 ATP/mole 14:0 d. 70 ATP/mole 14:0
How many moles of ATP is produced for every mole of glycerol?
biochem Part 1: For every NADH oxidized to NAD, how many protons are transported to the intermembrane space to the mitochondria? Part 2: How many protons are necessary for the synthesis of one ATP? Part 3: How does each of these protons contribute to the synthesis? Part 4: Using your answers from the previous two questions, prove that 25 ATP can be formed from oxidation of 1 NADH.
please help with this If 1.15 g of glucose (molar mass = 180.2 g/mol) is burned in a calorimeter, the temperature increases from 23.40 degrees Celsius to 27.21 degrees Celsius. if the heat capacity of the calorimeter is 958 J/ degrees celsius and the calorimeter contains 899.5 g of water, calculate the amount of heat given off per mole of glucose under these conditions.