Write the combustion reaction of glucose and the overall reaction for the metabolism of glucose in aerobic cells.
what conclusion do you draw by comparing the two reaction equations?
If the delta G not for ATP synthesis is 30.5 kj/mole under standard conditions, what is the delta G for ATP synthesis in aerobic cells where (ATP) = 8 x 10 -3 M, (ADP)= 6 x 10 -4 M and (pi)= 8 x 10 -3 M, at 25 degree Celcius and pH= 7? ADP + Pi == ATP + H2O
How many moles of ATP are synthesized by the oxidation of one mole of glucose in aerobic cells? How much energy is used by the synthesis of these ATP molecules in aerobic cells? Where does the energy come from?
Assume the delta G c for the combustion reaction of glucose is close to delta G c (galactose), estimate the efficiency of energy conservation of glucose in aerobic cells.
Please show me. Thank you in advance.
Write the combustion reaction of glucose and the overall reaction for the metabolism of glucose in aerobic cells.
what conclusion do you draw by comparing the two reaction equations?
If the delta G not for ATP synthesis is 30.5 kj/mole under standard conditions, what is the delta G for ATP synthesis in aerobic cells where (ATP) = 8 x 10 -3 M, (ADP)= 6 x 10 -4 M and (pi)= 8 x 10 -3 M, at 25 degree Celcius and pH= 7? ADP + Pi == ATP + H2O
How many moles of ATP are synthesized by the oxidation of one mole of glucose in aerobic cells? How much energy is used by the synthesis of these ATP molecules in aerobic cells? Where does the energy come from?
Assume the delta G c for the combustion reaction of glucose is close to delta G c (galactose), estimate the efficiency of energy conservation of glucose in aerobic cells.
Please show me. Thank you in advance.
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