00:01
Hi, in this question we are asked to calculate the total molecules of atp produced during the cellular respiration from one mole of glucose.
00:09
In the first part we need to tell atp from glycolysis.
00:14
We can say that the glycolysis produces two atp molecules per glucose molecule.
00:32
That is one glucose molecule produces two atp molecules.
00:36
In second part we need to tell the atp molecules when we are having nadh plus h plus from glycolysis two times.
00:45
We can say that glycolysis produces two nadh molecules per glucose molecule which can produce atp through oxidative phosphorylation.
01:12
Here we can say that each nadh molecule produces 2 .5 atp molecules.
01:29
Then if we are having two nadh molecule then the atp produced will be 2 .5 into 2.
01:45
Hence we are having five atp molecules from this second part.
01:52
Now in third part we have nadh plus h plus from oxidation of pyruvate two times.
01:59
We need to tell about the atps.
02:01
Here also we can say that the atps will be five in number.
02:08
Since each nadh molecule can produce 2 .5 atp molecules so two nadh molecule will produce five atp.
02:18
Now in fourth part we need to tell atp from citric acid cycle...